CATALOGUE2021

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Manufactured in an ISO 9001 accredited facility. Manufactured in an ISO 9001 accredited facility.

Garments meet the requirements of the South African Bureau of Standards Garments meet the requirements of the South African Bureau of Standards

in terms of:in terms of: SANS:434:2001: General Protective Clothing SANS:434:2001: General Protective Clothing

WHO IS BOVA?WHO IS BOVA?

BovaBova is a leading brand within the safety wear industry recognised for delivery is a leading brand within the safety wear industry recognised for delivery of quality safety footwear, workwear and fall arrest equipment throughout of quality safety footwear, workwear and fall arrest equipment throughout

Africa and beyond. Bova prides itself on being ENGINEERED WITH PURPOSE, Africa and beyond. Bova prides itself on being ENGINEERED WITH PURPOSE, providing the correct protection for the required application. Manufactured with providing the correct protection for the required application. Manufactured with

the same passion and quality that has established them as safety footwear the same passion and quality that has established them as safety footwear leaders in Africa, BOVA proudly introduces their inaugural range of ARC safety leaders in Africa, BOVA proudly introduces their inaugural range of ARC safety

wear, an innovative range of PPE engineered for specialised thermal protection wear, an innovative range of PPE engineered for specialised thermal protection against the hazards of an arc flash.against the hazards of an arc flash.

M A N U F A C T U R I N G S T A N D A R D SM A N U F A C T U R I N G S T A N D A R D S

Manufactured in an ISO 9001 accredited facility. Manufactured in an ISO 9001 accredited facility.

Garments meet the requirements of the South African Bureau of Standards Garments meet the requirements of the South African Bureau of Standards

in terms of:in terms of: SANS:434:2001: General Protective Clothing SANS:434:2001: General Protective Clothing

WHO IS BOVA?WHO IS BOVA?

BovaBova is a leading brand within the safety wear industry recognised for delivery is a leading brand within the safety wear industry recognised for delivery of quality safety footwear, workwear and fall arrest equipment throughout of quality safety footwear, workwear and fall arrest equipment throughout

Africa and beyond. Bova prides itself on being ENGINEERED WITH PURPOSE, Africa and beyond. Bova prides itself on being ENGINEERED WITH PURPOSE, providing the correct protection for the required application. Manufactured with providing the correct protection for the required application. Manufactured with

the same passion and quality that has established them as safety footwear the same passion and quality that has established them as safety footwear leaders in Africa, BOVA proudly introduces their inaugural range of ARC safety leaders in Africa, BOVA proudly introduces their inaugural range of ARC safety

wear, an innovative range of PPE engineered for specialised thermal protection wear, an innovative range of PPE engineered for specialised thermal protection against the hazards of an arc flash.against the hazards of an arc flash.

M A N U F A C T U R I N G S T A N D A R D SM A N U F A C T U R I N G S T A N D A R D S

Manufactured in an ISO 9001 accredited facility.

Garments meet the requirements of the South African Bureau of Standards

in terms of: SANS:434:2001: General Protective Clothing

WHO IS BOVA?

Bova is a leading brand within the safety wear industry recognised for delivery of quality safety footwear, workwear and fall arrest equipment throughout

Africa and beyond. Bova prides itself on being ENGINEERED WITH PURPOSE, providing the correct protection for the required application. Manufactured with

the same passion and quality that has established them as safety footwear leaders in Africa, BOVA proudly introduces their inaugural range of ARC safety

wear, an innovative range of PPE engineered for specialised thermal protection against the hazards of an arc flash.

M A N U F A C T U R I N G S T A N D A R D S

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J A C K E T A N D B I B B R A C EJ A C K E T A N D B I B B R A C E

H O O D A N D G L O V E S H O O D A N D G L O V E S

1 6 - 1 7 1 6 - 1 7

1 81 8

PG 1PG 1

PG 3-4PG 3-4

PG 5-6PG 5-6

PG 7-8PG 7-8

R E F L E C T I V E W O R K W E A R J A C K E T A N D T R O U S E RR E F L E C T I V E W O R K W E A R J A C K E T A N D T R O U S E R

C H A M B R AY S H I R T A N D C H I N O SC H A M B R AY S H I R T A N D C H I N O S

G L O V E S A N D B A L A C L A V AG L O V E S A N D B A L A C L A V A

V I S O R A N D H A R D H ATV I S O R A N D H A R D H AT

9 - 1 09 - 1 0

1 1 - 1 21 1 - 1 2

1 31 3

1 41 4

F O O T W E A R & S O C K SF O O T W E A R & S O C K S 1 91 9

MANUFACTURING STANDARDSMANUFACTURING STANDARDS

UNDERSTANDING ARC FLASH AND PPEUNDERSTANDING ARC FLASH AND PPE

INHERENT PROTECTION & WHY BOVA ARCINHERENT PROTECTION & WHY BOVA ARC

THE ENGINEERING WITHINTHE ENGINEERING WITHIN

H A R N E S S E S / C O M P L I A N C Y A N D S TA N D A R D SH A R N E S S E S / C O M P L I A N C Y A N D S TA N D A R D S 2 02 0

H O W T O C A R E F O R Y O U R P R O D U C T H O W T O C A R E F O R Y O U R P R O D U C T

SIZE CHARTSIZE CHART PG 22

J A C K E T A N D B I B B R A C EJ A C K E T A N D B I B B R A C E

H O O D A N D G L O V E S H O O D A N D G L O V E S

1 6 - 1 7 1 6 - 1 7

1 81 8

PG 1PG 1

PG 3-4PG 3-4

PG 5-6PG 5-6

PG 7-8PG 7-8

R E F L E C T I V E W O R K W E A R J A C K E T A N D T R O U S E RR E F L E C T I V E W O R K W E A R J A C K E T A N D T R O U S E R

C H A M B R AY S H I R T A N D C H I N O SC H A M B R AY S H I R T A N D C H I N O S

G L O V E S A N D B A L A C L A V AG L O V E S A N D B A L A C L A V A

V I S O R A N D H A R D H ATV I S O R A N D H A R D H AT

9 - 1 09 - 1 0

1 1 - 1 21 1 - 1 2

1 31 3

1 41 4

F O O T W E A R & S O C K SF O O T W E A R & S O C K S 1 91 9

MANUFACTURING STANDARDSMANUFACTURING STANDARDS

UNDERSTANDING ARC FLASH AND PPEUNDERSTANDING ARC FLASH AND PPE

INHERENT PROTECTION & WHY BOVA ARCINHERENT PROTECTION & WHY BOVA ARC

THE ENGINEERING WITHINTHE ENGINEERING WITHIN

H A R N E S S E S / C O M P L I A N C Y A N D S TA N D A R D SH A R N E S S E S / C O M P L I A N C Y A N D S TA N D A R D S 2 02 0

H O W T O C A R E F O R Y O U R P R O D U C T H O W T O C A R E F O R Y O U R P R O D U C T

SIZE CHARTSIZE CHART

J A C K E T A N D B I B B R A C E

A R C H A Z A R D R I S K C AT E G O R Y 4 PG 15-18

H O O D A N D G L O V E S

1 6 - 1 7

1 8

PG 1

PG 3-4

PG 5-6

PG 7-8

R E F L E C T I V E W O R K W E A R J A C K E T A N D T R O U S E R

C H A M B R AY S H I R T A N D C H I N O S

G L O V E S A N D B A L A C L A V A

V I S O R A N D H A R D H AT

9 - 1 0

1 1 - 1 2

1 3

1 4

EXTENDED RANGE OFFERING

F O O T W E A R & S O C K S 1 9

MANUFACTURING STANDARDS

UNDERSTANDING ARC FLASH AND PPE

INHERENT PROTECTION & WHY BOVA ARC

THE ENGINEERING WITHIN

H A R N E S S E S / C O M P L I A N C Y A N D S TA N D A R D S 2 0

A R C H A Z A R D R I S K C AT E G O R Y 2 PG 9-14

H O W T O C A R E F O R Y O U R P R O D U C T

CARING FOR BOVA ARC PRODUCTS PG 21

PG 19-20

2 1

SIZE CHART

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WHAT IS ANWHAT IS AN ARC FLASH?

AN ARC FLASH IS THE SUDDEN RELEASE OF ELECTRICAL ENERGY THROUGH THE AIR WHEN A HIGH-VOLTAGE GAP EXISTS AND THERE IS A BREAKDOWN BETWEEN CONDUCTORS.

An arc flash emits intense light and thermal radiation An arc flash emits intense light and thermal radiation (heat) hat can cause serious injury. Temperatures have (heat) hat can cause serious injury. Temperatures have been recorded as high as 20 000 ºC. been recorded as high as 20 000 ºC.

High-voltage arcs can also produce considerable pressure High-voltage arcs can also produce considerable pressure waves by rapidly heating the air and creating a blast. waves by rapidly heating the air and creating a blast. This pressure burst can hit a worker with great force This pressure burst can hit a worker with great force and send molten metal droplets from melted copper and send molten metal droplets from melted copper and aluminium electrical components across great and aluminium electrical components across great distances at extremely high velocities.distances at extremely high velocities.

EXAMPLES OF KEY SECTORS WHERE ARC RISK MUST BE CONSIDERED INCLUDE:

POWER GENERATIONPOWER GENERATION – including wind, solar, nuclear, coal and gas. – including wind, solar, nuclear, coal and gas.TRANSMISSIONTRANSMISSION INDUSTRIESINDUSTRIES for electricity. for electricity.DISTRIBUTIONDISTRIBUTION of electricity. of electricity.ELECTRICAL MAINTENANCEELECTRICAL MAINTENANCE – this can include anything from small electrical contractors working – this can include anything from small electrical contractors working on private dwellings, to maintenance engineers at large scale manufacturing facilities.on private dwellings, to maintenance engineers at large scale manufacturing facilities.

WHAT CAUSES ANWHAT CAUSES AN ARC FLASH?

WHO SHOULDWHO SHOULD WEAR ARC FLASH PPE?

AN ARC FLASH CAN BE SPONTANEOUS OR RESULT FROM INADVERTENTLY BRIDGING ELECTRICAL CONTACTS WITH A CONDUCTING OBJECT.

Other causes may include dropped tools or the build-up of conductive dust or corrosion.Other causes may include dropped tools or the build-up of conductive dust or corrosion.Arc flash can be caused by various other factors:Arc flash can be caused by various other factors:

• Accidental contact across conductors during maintenance or trouble-shooting• Accidental contact across conductors during maintenance or trouble-shooting

• Component failures• Component failures

• Use of underrated or improperly installed equipment• Use of underrated or improperly installed equipment

• Contamination or tracking over insulated surfaces• Contamination or tracking over insulated surfaces

• Corroded cables, equipment or parts• Corroded cables, equipment or parts

• Lack of maintenance• Lack of maintenance

• Presence of animals or insects• Presence of animals or insects

WHAT IS ANWHAT IS AN ARC FLASH?

AN ARC FLASH IS THE SUDDEN RELEASE OF ELECTRICAL ENERGY THROUGH THE AIR WHEN A HIGH-VOLTAGE GAP EXISTS AND THERE IS A BREAKDOWN BETWEEN CONDUCTORS.

An arc flash emits intense light and thermal radiation An arc flash emits intense light and thermal radiation (heat) hat can cause serious injury. Temperatures have (heat) hat can cause serious injury. Temperatures have been recorded as high as 20 000 ºC. been recorded as high as 20 000 ºC.

High-voltage arcs can also produce considerable pressure High-voltage arcs can also produce considerable pressure waves by rapidly heating the air and creating a blast. waves by rapidly heating the air and creating a blast. This pressure burst can hit a worker with great force This pressure burst can hit a worker with great force and send molten metal droplets from melted copper and send molten metal droplets from melted copper and aluminium electrical components across great and aluminium electrical components across great distances at extremely high velocities.distances at extremely high velocities.

EXAMPLES OF KEY SECTORS WHERE ARC RISK MUST BE CONSIDERED INCLUDE:

POWER GENERATIONPOWER GENERATION – including wind, solar, nuclear, coal and gas. – including wind, solar, nuclear, coal and gas.TRANSMISSIONTRANSMISSION INDUSTRIESINDUSTRIES for electricity. for electricity.DISTRIBUTIONDISTRIBUTION of electricity. of electricity.ELECTRICAL MAINTENANCEELECTRICAL MAINTENANCE – this can include anything from small electrical contractors working – this can include anything from small electrical contractors working on private dwellings, to maintenance engineers at large scale manufacturing facilities.on private dwellings, to maintenance engineers at large scale manufacturing facilities.

WHAT CAUSES ANWHAT CAUSES AN ARC FLASH?

WHO SHOULDWHO SHOULD WEAR ARC FLASH PPE?

AN ARC FLASH CAN BE SPONTANEOUS OR RESULT FROM INADVERTENTLY BRIDGING ELECTRICAL CONTACTS WITH A CONDUCTING OBJECT.

Other causes may include dropped tools or the build-up of conductive dust or corrosion.Other causes may include dropped tools or the build-up of conductive dust or corrosion.Arc flash can be caused by various other factors:Arc flash can be caused by various other factors:

• Accidental contact across conductors during maintenance or trouble-shooting• Accidental contact across conductors during maintenance or trouble-shooting

• Component failures• Component failures

• Use of underrated or improperly installed equipment• Use of underrated or improperly installed equipment

• Contamination or tracking over insulated surfaces• Contamination or tracking over insulated surfaces

• Corroded cables, equipment or parts• Corroded cables, equipment or parts

• Lack of maintenance• Lack of maintenance

• Presence of animals or insects• Presence of animals or insects

WHAT IS AN ARC FLASH?

AN ARC FLASH IS THE SUDDEN RELEASE OF ELECTRICAL ENERGY THROUGH THE AIR WHEN A HIGH-VOLTAGE GAP EXISTS AND THERE IS A BREAKDOWN BETWEEN CONDUCTORS.

An arc flash emits intense light and thermal radiation (heat) hat can cause serious injury. Temperatures have been recorded as high as 20 000 ºC.

High-voltage arcs can also produce considerable pressure waves by rapidly heating the air and creating a blast. This pressure burst can hit a worker with great force and send molten metal droplets from melted copper and aluminium electrical components across great distances at extremely high velocities.

EXAMPLES OF KEY SECTORS WHERE ARC RISK MUST BE CONSIDERED INCLUDE:

POWER GENERATION – including wind, solar, nuclear, coal and gas.TRANSMISSION INDUSTRIES for electricity.DISTRIBUTION of electricity.ELECTRICAL MAINTENANCE – this can include anything from small electrical contractors working on private dwellings, to maintenance engineers at large scale manufacturing facilities.

WHAT CAUSES AN ARC FLASH?

WHO SHOULD WEAR ARC FLASH PPE?

AN ARC FLASH CAN BE SPONTANEOUS OR RESULT FROM INADVERTENTLY BRIDGING ELECTRICAL CONTACTS WITH A CONDUCTING OBJECT.

Other causes may include dropped tools or the build-up of conductive dust or corrosion.Arc flash can be caused by various other factors:

• Accidental contact across conductors during maintenance or trouble-shooting

• Component failures

• Use of underrated or improperly installed equipment

• Contamination or tracking over insulated surfaces

• Corroded cables, equipment or parts

• Lack of maintenance

• Presence of animals or insects

4

THE DANGERS INHERENT IN ENVIRONMENTS WHERE THERE IS THE THREAT OF AN THE DANGERS INHERENT IN ENVIRONMENTS WHERE THERE IS THE THREAT OF AN ARC FLASH ARE POTENTIALLY FATAL. PERSONAL PROTECTIVE EQUIPMENT IS THE LAST ARC FLASH ARE POTENTIALLY FATAL. PERSONAL PROTECTIVE EQUIPMENT IS THE LAST

LINE OF DEFENCE AGAINST AN ARC FLASH AND SERIOUS CONSIDERATION NEEDS LINE OF DEFENCE AGAINST AN ARC FLASH AND SERIOUS CONSIDERATION NEEDS TO BE GIVEN TO SELECTING THE CORRECT PPE. TO BE GIVEN TO SELECTING THE CORRECT PPE.

PROTECTIONThe Arc Thermal Performance Value (ATPV) rating of the garments needs to exceed the incident The Arc Thermal Performance Value (ATPV) rating of the garments needs to exceed the incident

energy calculated by your arc flash study. All garments should have relevant test reports from energy calculated by your arc flash study. All garments should have relevant test reports from accredited test facilities. A key consideration in performance though is whether you are using a garment accredited test facilities. A key consideration in performance though is whether you are using a garment

with fabric that is INHERENTLY Flame Resistant (FR) or is CHEMICALLY TREATED for flame resistance.with fabric that is INHERENTLY Flame Resistant (FR) or is CHEMICALLY TREATED for flame resistance.

INHERENT FR fabrics utilise fibres with innate FR properties which ensure the flame resistance is not altered INHERENT FR fabrics utilise fibres with innate FR properties which ensure the flame resistance is not altered through cleaning or other processes. So long as the garment is visibly intact the wearer is protected.through cleaning or other processes. So long as the garment is visibly intact the wearer is protected.

TREATED fabrics have a chemical compound incorporated during manufacture or applied as a finish to TREATED fabrics have a chemical compound incorporated during manufacture or applied as a finish to provide FR properties. These may wash or wear away when using household washing powders provide FR properties. These may wash or wear away when using household washing powders

and detergents. The real danger here is that the garment may appear intact, yet the wearer and detergents. The real danger here is that the garment may appear intact, yet the wearer is no longer protected from harmful flames. is no longer protected from harmful flames.

COMFORTWearers need to be comfortable to be productive. An uncomfortable wearer may discard Wearers need to be comfortable to be productive. An uncomfortable wearer may discard

their PPE altogether leaving both themselves and your business at risk. Ideally fabrics should be lightweight, their PPE altogether leaving both themselves and your business at risk. Ideally fabrics should be lightweight, breathable and provide good moisture management without sacrificing protective ability.breathable and provide good moisture management without sacrificing protective ability.

DURABILITYThe garments and materials utilised should provide protection for the life of the garment as well The garments and materials utilised should provide protection for the life of the garment as well

as resistance to abrasion and shrinkage. Once again, inherent FR fabrics generally offer all of these as resistance to abrasion and shrinkage. Once again, inherent FR fabrics generally offer all of these qualities and more while material specification sheets can also confirm compliance to ISO standards qualities and more while material specification sheets can also confirm compliance to ISO standards

for tear strength, abrasion resistance and similar attributes.for tear strength, abrasion resistance and similar attributes.

SELECTINGSELECTING ARC FLASH PPE

THE DANGERS INHERENT IN ENVIRONMENTS WHERE THERE IS THE THREAT OF AN THE DANGERS INHERENT IN ENVIRONMENTS WHERE THERE IS THE THREAT OF AN ARC FLASH ARE POTENTIALLY FATAL. PERSONAL PROTECTIVE EQUIPMENT IS THE LAST ARC FLASH ARE POTENTIALLY FATAL. PERSONAL PROTECTIVE EQUIPMENT IS THE LAST

LINE OF DEFENCE AGAINST AN ARC FLASH AND SERIOUS CONSIDERATION NEEDS LINE OF DEFENCE AGAINST AN ARC FLASH AND SERIOUS CONSIDERATION NEEDS TO BE GIVEN TO SELECTING THE CORRECT PPE. TO BE GIVEN TO SELECTING THE CORRECT PPE.

PROTECTIONThe Arc Thermal Performance Value (ATPV) rating of the garments needs to exceed the incident The Arc Thermal Performance Value (ATPV) rating of the garments needs to exceed the incident

energy calculated by your arc flash study. All garments should have relevant test reports from energy calculated by your arc flash study. All garments should have relevant test reports from accredited test facilities. A key consideration in performance though is whether you are using a garment accredited test facilities. A key consideration in performance though is whether you are using a garment

with fabric that is INHERENTLY Flame Resistant (FR) or is CHEMICALLY TREATED for flame resistance.with fabric that is INHERENTLY Flame Resistant (FR) or is CHEMICALLY TREATED for flame resistance.

INHERENT FR fabrics utilise fibres with innate FR properties which ensure the flame resistance is not altered INHERENT FR fabrics utilise fibres with innate FR properties which ensure the flame resistance is not altered through cleaning or other processes. So long as the garment is visibly intact the wearer is protected.through cleaning or other processes. So long as the garment is visibly intact the wearer is protected.

TREATED fabrics have a chemical compound incorporated during manufacture or applied as a finish to TREATED fabrics have a chemical compound incorporated during manufacture or applied as a finish to provide FR properties. These may wash or wear away when using household washing powders provide FR properties. These may wash or wear away when using household washing powders

and detergents. The real danger here is that the garment may appear intact, yet the wearer and detergents. The real danger here is that the garment may appear intact, yet the wearer is no longer protected from harmful flames. is no longer protected from harmful flames.

COMFORTWearers need to be comfortable to be productive. An uncomfortable wearer may discard Wearers need to be comfortable to be productive. An uncomfortable wearer may discard

their PPE altogether leaving both themselves and your business at risk. Ideally fabrics should be lightweight, their PPE altogether leaving both themselves and your business at risk. Ideally fabrics should be lightweight, breathable and provide good moisture management without sacrificing protective ability.breathable and provide good moisture management without sacrificing protective ability.

DURABILITYThe garments and materials utilised should provide protection for the life of the garment as well The garments and materials utilised should provide protection for the life of the garment as well

as resistance to abrasion and shrinkage. Once again, inherent FR fabrics generally offer all of these as resistance to abrasion and shrinkage. Once again, inherent FR fabrics generally offer all of these qualities and more while material specification sheets can also confirm compliance to ISO standards qualities and more while material specification sheets can also confirm compliance to ISO standards

for tear strength, abrasion resistance and similar attributes.for tear strength, abrasion resistance and similar attributes.

SELECTINGSELECTING ARC FLASH PPE

THE DANGERS INHERENT IN ENVIRONMENTS WHERE THERE IS THE THREAT OF AN ARC FLASH ARE POTENTIALLY FATAL. PERSONAL PROTECTIVE EQUIPMENT IS THE LAST

LINE OF DEFENCE AGAINST AN ARC FLASH AND SERIOUS CONSIDERATION NEEDS TO BE GIVEN TO SELECTING THE CORRECT PPE.

PROTECTIONThe Arc Thermal Performance Value (ATPV) rating of the garments needs to exceed the incident

energy calculated by your arc flash study. All garments should have relevant test reports from accredited test facilities. A key consideration in performance though is whether you are using a garment

with fabric that is INHERENTLY Flame Resistant (FR) or is CHEMICALLY TREATED for flame resistance.

INHERENT FR fabrics utilise fibres with innate FR properties which ensure the flame resistance is not altered through cleaning or other processes. So long as the garment is visibly intact the wearer is protected.

TREATED fabrics have a chemical compound incorporated during manufacture or applied as a finish to provide FR properties. These may wash or wear away when using household washing powders

and detergents. The real danger here is that the garment may appear intact, yet the wearer is no longer protected from harmful flames.

COMFORTWearers need to be comfortable to be productive. An uncomfortable wearer may discard

their PPE altogether leaving both themselves and your business at risk. Ideally fabrics should be lightweight, breathable and provide good moisture management without sacrificing protective ability.

DURABILITYThe garments and materials utilised should provide protection for the life of the garment as well

as resistance to abrasion and shrinkage. Once again, inherent FR fabrics generally offer all of these qualities and more while material specification sheets can also confirm compliance to ISO standards

for tear strength, abrasion resistance and similar attributes.

SELECTING ARC FLASH PPE

FR pigments within the fabric structure

5

POWER UP WITHPOWER UP WITH BOVA ARC?

When it comes to safety – quality and reliability cannot be compromised. As part of BOVA’s commitment When it comes to safety – quality and reliability cannot be compromised. As part of BOVA’s commitment to to “Engineering products with purpose”“Engineering products with purpose”, we explore the varied dangers inherent in any industry and , we explore the varied dangers inherent in any industry and then engineer best-of-breed product solutions purposed with best protecting employees within those then engineer best-of-breed product solutions purposed with best protecting employees within those environments. Our BOVA ARC specialised arc flash protection PPE range is no exception.environments. Our BOVA ARC specialised arc flash protection PPE range is no exception.

BRINGING INTERNATIONAL PROTECTIVE TEXTILE INNOVATION TO SOUTH AFRICAThe BOVA ARC range incorporates Beier’s The BOVA ARC range incorporates Beier’s I-ARC I-ARC thermal protection fabric, an innovative solution thermal protection fabric, an innovative solution developed by The Beier Group as a local technical textile specialist in association with LENZING™, developed by The Beier Group as a local technical textile specialist in association with LENZING™, a global leader in inherently Flame Resistant (FR) fibres. a global leader in inherently Flame Resistant (FR) fibres.

Lightweight and breathable, the Lightweight and breathable, the I-ARCI-ARC fabric provides the Bova Arc range with a significant advantage fabric provides the Bova Arc range with a significant advantage in comfort and durability, along with the inherent FR protection that sets it apart from competitors.in comfort and durability, along with the inherent FR protection that sets it apart from competitors.

INHERENTLY DIFFERENT, INHERENTLY SUPERIOR Unlike chemically treated FR fabrics, the FR protection in Unlike chemically treated FR fabrics, the FR protection in I-ARCI-ARC is incorporated into the structure of the is incorporated into the structure of the fabric during manufacture, as if it is part of its DNA. This allows the Bova Arc range to maintain its arc fabric during manufacture, as if it is part of its DNA. This allows the Bova Arc range to maintain its arc rated FR protection throughout the product lifespan, even with repeated washing and accidental exposure rated FR protection throughout the product lifespan, even with repeated washing and accidental exposure to household detergents and bleach. The fabric also offers strong abrasion resistance and low shrinkage, to household detergents and bleach. The fabric also offers strong abrasion resistance and low shrinkage, along with advanced moisture management and breathability that creates a uniquealong with advanced moisture management and breathability that creates a unique evaporative cooling effect ideal for usage across the African continent. ideal for usage across the African continent.

PROCESSLENZINGLENZINGTMTM sources their wood from sustainably managed forestry projects sources their wood from sustainably managed forestry projects and at the point where the wood is reduced to pulp, a pigment is incorporated and at the point where the wood is reduced to pulp, a pigment is incorporated into the solution at a cellular level before extruding the fibres. This provides into the solution at a cellular level before extruding the fibres. This provides the inherently Flame Resistant properties.the inherently Flame Resistant properties.

During the process, colour pigments can also be incorporated to give During the process, colour pigments can also be incorporated to give outstanding colour fastness.outstanding colour fastness.

WoodWood PulpPulp FibreFibre

FRFR

YarnYarn FabricFabric GarmentGarment

POWER UP WITHPOWER UP WITH BOVA ARC?

When it comes to safety – quality and reliability cannot be compromised. As part of BOVA’s commitment When it comes to safety – quality and reliability cannot be compromised. As part of BOVA’s commitment to to “Engineering products with purpose”“Engineering products with purpose”, we explore the varied dangers inherent in any industry and , we explore the varied dangers inherent in any industry and then engineer best-of-breed product solutions purposed with best protecting employees within those then engineer best-of-breed product solutions purposed with best protecting employees within those environments. Our BOVA ARC specialised arc flash protection PPE range is no exception.environments. Our BOVA ARC specialised arc flash protection PPE range is no exception.

BRINGING INTERNATIONAL PROTECTIVE TEXTILE INNOVATION TO SOUTH AFRICAThe BOVA ARC range incorporates Beier’s The BOVA ARC range incorporates Beier’s I-ARC I-ARC thermal protection fabric, an innovative solution thermal protection fabric, an innovative solution developed by The Beier Group as a local technical textile specialist in association with LENZING™, developed by The Beier Group as a local technical textile specialist in association with LENZING™, a global leader in inherently Flame Resistant (FR) fibres. a global leader in inherently Flame Resistant (FR) fibres.

Lightweight and breathable, the Lightweight and breathable, the I-ARCI-ARC fabric provides the Bova Arc range with a significant advantage fabric provides the Bova Arc range with a significant advantage in comfort and durability, along with the inherent FR protection that sets it apart from competitors.in comfort and durability, along with the inherent FR protection that sets it apart from competitors.

INHERENTLY DIFFERENT, INHERENTLY SUPERIOR Unlike chemically treated FR fabrics, the FR protection in Unlike chemically treated FR fabrics, the FR protection in I-ARCI-ARC is incorporated into the structure of the is incorporated into the structure of the fabric during manufacture, as if it is part of its DNA. This allows the Bova Arc range to maintain its arc fabric during manufacture, as if it is part of its DNA. This allows the Bova Arc range to maintain its arc rated FR protection throughout the product lifespan, even with repeated washing and accidental exposure rated FR protection throughout the product lifespan, even with repeated washing and accidental exposure to household detergents and bleach. The fabric also offers strong abrasion resistance and low shrinkage, to household detergents and bleach. The fabric also offers strong abrasion resistance and low shrinkage, along with advanced moisture management and breathability that creates a uniquealong with advanced moisture management and breathability that creates a unique evaporative cooling effect ideal for usage across the African continent. ideal for usage across the African continent.

PROCESSLENZINGLENZINGTMTM sources their wood from sustainably managed forestry projects sources their wood from sustainably managed forestry projects and at the point where the wood is reduced to pulp, a pigment is incorporated and at the point where the wood is reduced to pulp, a pigment is incorporated into the solution at a cellular level before extruding the fibres. This provides into the solution at a cellular level before extruding the fibres. This provides the inherently Flame Resistant properties.the inherently Flame Resistant properties.

During the process, colour pigments can also be incorporated to give During the process, colour pigments can also be incorporated to give outstanding colour fastness.outstanding colour fastness.

WoodWood PulpPulp FibreFibre

FRFR

YarnYarn FabricFabric GarmentGarment

POWER UP WITH BOVA ARC?

When it comes to safety – quality and reliability cannot be compromised. As part of BOVA’s commitment to “Engineering products with purpose”, we explore the varied dangers inherent in any industry and then engineer best-of-breed product solutions purposed with best protecting employees within those environments. Our BOVA ARC specialised arc flash protection PPE range is no exception.

BRINGING INTERNATIONAL PROTECTIVE TEXTILE INNOVATION TO SOUTH AFRICAThe BOVA ARC range incorporates Beier’s I-ARC thermal protection fabric, an innovative solution developed by The Beier Group as a local technical textile specialist in association with LENZING™, a global leader in inherently Flame Resistant (FR) fibres.

Lightweight and breathable, the I-ARC fabric provides the Bova Arc range with a significant advantage in comfort and durability, along with the inherent FR protection that sets it apart from competitors.

INHERENTLY DIFFERENT, INHERENTLY SUPERIOR Unlike chemically treated FR fabrics, the FR protection in I-ARC is incorporated into the structure of the fabric during manufacture, as if it is part of its DNA. This allows the Bova Arc range to maintain its arc rated FR protection throughout the product lifespan, even with repeated washing and accidental exposure to household detergents and bleach. The fabric also offers strong abrasion resistance and low shrinkage, along with advanced moisture management and breathability that creates a unique evaporative cooling effect ideal for usage across the African continent.

PROCESSLENZINGTM sources their wood from sustainably managed forestry projects and at the point where the wood is reduced to pulp, a pigment is incorporated into the solution at a cellular level before extruding the fibres. This provides the inherently Flame Resistant properties.

During the process, colour pigments can also be incorporated to give outstanding colour fastness.

Wood Pulp Fibre

FR

Yarn Fabric Garment

6

EVAPORATIVE COOLING EFFECT

WHY SPECIFYWHY SPECIFY BOVA ARC?

• Constructed from inherent FR materials that maintain their in-built qualities and cannot • Constructed from inherent FR materials that maintain their in-built qualities and cannot wash or wear away. wash or wear away.

• Low shrinkage - even over time and when subjected to severe heat.• Low shrinkage - even over time and when subjected to severe heat.

• Superior comfort - the I-ARC material is lighter and more breathable to provide an improved • Superior comfort - the I-ARC material is lighter and more breathable to provide an improved tactile experience. tactile experience.

• Performance vs weight advantage - the same and often better thermal protection at a lighter weight • Performance vs weight advantage - the same and often better thermal protection at a lighter weight fabric (CAT 2 garments on 215 gsm fabric vs competitors up to 100 gsm heavier). fabric (CAT 2 garments on 215 gsm fabric vs competitors up to 100 gsm heavier).

• Does not contain harmful chemicals.• Does not contain harmful chemicals.

• Locally manufactured for local conditions.• Locally manufactured for local conditions.

• Enviromentally-friendly - Fibres constructed from botanical materials sourced from sustainably • Enviromentally-friendly - Fibres constructed from botanical materials sourced from sustainably managed forestry. managed forestry.

As a leading safety wear brand, Bova’s guiding principle of ENGINEERED WITH PURPOSE has been As a leading safety wear brand, Bova’s guiding principle of ENGINEERED WITH PURPOSE has been brought to the fore in this highly technical category. Through the utilisation of innovative materials and a brought to the fore in this highly technical category. Through the utilisation of innovative materials and a commitment to not only protecting wearers, but also providing them with a solution that delivers on comfort commitment to not only protecting wearers, but also providing them with a solution that delivers on comfort and durability. BOVA ARC is bringing a unique range of arc flash PPE to the market.and durability. BOVA ARC is bringing a unique range of arc flash PPE to the market.

SkinSkin

AirAir

MoistureMoisture

Expels water vapour into Expels water vapour into the air (Hydrophobic)the air (Hydrophobic)

Pulls moisture away from Pulls moisture away from the skin (Hydrophilic)the skin (Hydrophilic)

LIGHTWEIGHTLIGHTWEIGHT DURABLEDURABLEEVAPORATIVE EVAPORATIVE COOLINGCOOLING

INHERENT FRINHERENT FR

EVAPORATIVE COOLING EFFECT

WHY SPECIFYWHY SPECIFY BOVA ARC?

• Constructed from inherent FR materials that maintain their in-built qualities and cannot • Constructed from inherent FR materials that maintain their in-built qualities and cannot wash or wear away. wash or wear away.

• Low shrinkage - even over time and when subjected to severe heat.• Low shrinkage - even over time and when subjected to severe heat.

• Superior comfort - the I-ARC material is lighter and more breathable to provide an improved • Superior comfort - the I-ARC material is lighter and more breathable to provide an improved tactile experience. tactile experience.

• Performance vs weight advantage - the same and often better thermal protection at a lighter weight • Performance vs weight advantage - the same and often better thermal protection at a lighter weight fabric (CAT 2 garments on 215 gsm fabric vs competitors up to 100 gsm heavier). fabric (CAT 2 garments on 215 gsm fabric vs competitors up to 100 gsm heavier).

• Does not contain harmful chemicals.• Does not contain harmful chemicals.

• Locally manufactured for local conditions.• Locally manufactured for local conditions.

• Enviromentally-friendly - Fibres constructed from botanical materials sourced from sustainably • Enviromentally-friendly - Fibres constructed from botanical materials sourced from sustainably managed forestry. managed forestry.

As a leading safety wear brand, Bova’s guiding principle of ENGINEERED WITH PURPOSE has been As a leading safety wear brand, Bova’s guiding principle of ENGINEERED WITH PURPOSE has been brought to the fore in this highly technical category. Through the utilisation of innovative materials and a brought to the fore in this highly technical category. Through the utilisation of innovative materials and a commitment to not only protecting wearers, but also providing them with a solution that delivers on comfort commitment to not only protecting wearers, but also providing them with a solution that delivers on comfort and durability. BOVA ARC is bringing a unique range of arc flash PPE to the market.and durability. BOVA ARC is bringing a unique range of arc flash PPE to the market.

SkinSkin

AirAir

MoistureMoisture

Expels water vapour into Expels water vapour into the air (Hydrophobic)the air (Hydrophobic)

Pulls moisture away from Pulls moisture away from the skin (Hydrophilic)the skin (Hydrophilic)

LIGHTWEIGHTLIGHTWEIGHT DURABLEDURABLEEVAPORATIVE EVAPORATIVE COOLINGCOOLING

INHERENT FRINHERENT FR

EVAPORATIVE COOLING EFFECT

WHY SPECIFY BOVA ARC?

• Constructed from inherent FR materials that maintain their in-built qualities and cannot wash or wear away.

• Low shrinkage - even over time and when subjected to severe heat.

• Superior comfort - the I-ARC material is lighter and more breathable to provide an improved tactile experience.

• Performance vs weight advantage - the same and often better thermal protection at a lighter weight fabric (CAT 2 garments on 215 gsm fabric vs competitors up to 100 gsm heavier).

• Does not contain harmful chemicals.

• Locally manufactured for local conditions.

• Enviromentally-friendly - Fibres constructed from botanical materials sourced from sustainably managed forestry.

As a leading safety wear brand, Bova’s guiding principle of ENGINEERED WITH PURPOSE has been brought to the fore in this highly technical category. Through the utilisation of innovative materials and a commitment to not only protecting wearers, but also providing them with a solution that delivers on comfort and durability. BOVA ARC is bringing a unique range of arc flash PPE to the market.

Skin

Air

Moisture

Expels water vapour into the air (Hydrophobic)

Pulls moisture away from the skin (Hydrophilic)

LIGHTWEIGHT DURABLEEVAPORATIVE COOLING

INHERENT FR

7

YKK ZIPPERSYKK ZIPPERSBova ARC PPE makes use of brass YKK Zippers, a global leader in Bova ARC PPE makes use of brass YKK Zippers, a global leader in fastening products. This quality selection improves the durability of the fastening products. This quality selection improves the durability of the garments, enhancing their longevity. YKK Zippers conform to SANS garments, enhancing their longevity. YKK Zippers conform to SANS 1822 Standards.1822 Standards.

REFLECTIVEREFLECTIVEOur reflective garments are engineered utilising Aramid backed inherent Our reflective garments are engineered utilising Aramid backed inherent retardant reflective tape according to the international standards for high visibility clothing.retardant reflective tape according to the international standards for high visibility clothing.

SIDE SLITSSIDE SLITSThis feature has been designed on certain garments to enhance This feature has been designed on certain garments to enhance the flexibility and movement of the wearer while working.the flexibility and movement of the wearer while working.

THREADTHREADAll Bova ARC PPE is manufactured using Meta Aramid All Bova ARC PPE is manufactured using Meta Aramid inherent FR threadinherent FR thread

CUFFSCUFFSGarment dependent, our range features the following cuff Garment dependent, our range features the following cuff constructions: - Elasticatedconstructions: - Elasticated - Button Closure - Button Closure - Velcro Closure - Velcro Closure

The Bova ARC range has the advantage of being manufactured The Bova ARC range has the advantage of being manufactured with the I-ARC Inherent FR fabric. The significance of I-ARC is with the I-ARC Inherent FR fabric. The significance of I-ARC is that the protective qualities in inherently flame resistant fabrics that the protective qualities in inherently flame resistant fabrics cannot wash or wear away,cannot wash or wear away,

THE ENGINEERINGTHE ENGINEERING WITHIN

YKK ZIPPERSYKK ZIPPERSBova ARC PPE makes use of brass YKK Zippers, a global leader in Bova ARC PPE makes use of brass YKK Zippers, a global leader in fastening products. This quality selection improves the durability of the fastening products. This quality selection improves the durability of the garments, enhancing their longevity. YKK Zippers conform to SANS garments, enhancing their longevity. YKK Zippers conform to SANS 1822 Standards.1822 Standards.

REFLECTIVEREFLECTIVEOur reflective garments are engineered utilising Aramid backed inherent Our reflective garments are engineered utilising Aramid backed inherent retardant reflective tape according to the international standards for high visibility clothing.retardant reflective tape according to the international standards for high visibility clothing.

SIDE SLITSSIDE SLITSThis feature has been designed on certain garments to enhance This feature has been designed on certain garments to enhance the flexibility and movement of the wearer while working.the flexibility and movement of the wearer while working.

THREADTHREADAll Bova ARC PPE is manufactured using Meta Aramid All Bova ARC PPE is manufactured using Meta Aramid inherent FR threadinherent FR thread

CUFFSCUFFSGarment dependent, our range features the following cuff Garment dependent, our range features the following cuff constructions: - Elasticatedconstructions: - Elasticated - Button Closure - Button Closure - Velcro Closure - Velcro Closure

The Bova ARC range has the advantage of being manufactured The Bova ARC range has the advantage of being manufactured with the I-ARC Inherent FR fabric. The significance of I-ARC is with the I-ARC Inherent FR fabric. The significance of I-ARC is that the protective qualities in inherently flame resistant fabrics that the protective qualities in inherently flame resistant fabrics cannot wash or wear away,cannot wash or wear away,

THE ENGINEERINGTHE ENGINEERING WITHIN

YKK ZIPPERSBova ARC PPE makes use of brass YKK Zippers, a global leader in fastening products. This quality selection improves the durability of the garments, enhancing their longevity. YKK Zippers conform to SANS 1822 Standards.

REFLECTIVEOur reflective garments are engineered utilising Aramid backed inherent retardant reflective tape according to the international standards for high visibility clothing.

SIDE SLITSThis feature has been designed on certain garments to enhance the flexibility and movement of the wearer while working.

THREADAll Bova ARC PPE is manufactured using Meta Aramid inherent FR thread

CUFFSGarment dependent, our range features the following cuff constructions: - Elasticated - Button Closure - Velcro Closure

The Bova ARC range has the advantage of being manufactured with the I-ARC Inherent FR fabric. The significance of I-ARC is that the protective qualities in inherently flame resistant fabrics cannot wash or wear away,

THE ENGINEERING WITHIN

8

Utilising a single layer of I-ARC material Utilising a single layer of I-ARC material to provide a lightweight, comfortable and to provide a lightweight, comfortable and inherently flame resistant PPE solution.inherently flame resistant PPE solution.

CATEGORY 2CATEGORY 2Utilising a single layer of I-ARC material Utilising a single layer of I-ARC material to provide a lightweight, comfortable and to provide a lightweight, comfortable and inherently flame resistant PPE solution.inherently flame resistant PPE solution.

CATEGORY 2CATEGORY 2Utilising a single layer of I-ARC material to provide a lightweight, comfortable and inherently flame resistant PPE solution.

CATEGORY 2

CODE: WRJK10021

FABRIC: • I-ARC (LENZING FR, ARAMID, ANTI-STATIC BLEND).ATPV: • 13 CAL/CM2.WEIGHT: • 215gsm.SIZES: • 32 | 34 | 36 | 38 | 40 | 42 | 44 | 46 | 48 | 50 | 52 | 54 | 56 | 58 | 60

REFLECTIVE: • 50mm Aramid backed inherent Lime Silver Lime FR tape.CLOSURES: • Concealed YKK brass zip – Type 5 with hook and loop closure | Elasticated cuffs | Adjustable neck with hook and loop closure | Right hand side zip guard for added protection.STITCHING: • Meta Aramid inherent FR thread used for all stitching | Top stitched stress seams for enhanced durability | Bar tacked at stress points for extra strength.COMFORT: •High front for maximum upper body protection | Padded diamond shaped underarm extension for easy movement | Side slits for easy movement. • Available in non-reflective WTJK10021.

IN STOCK

Navy Orange

MADE TO ORDER

Fern Green

YKK ZIP EVAPORATIVECOOLING

INHERENT FRDURABILITY LIGHTWEIGHT FR THREAD

Concealed YKK Zip with hook and loop closure

Extended collar with hook and loop closure

FR ReflectiveTape

Elasticated Cuff

Bar tacked at stress pointsSide slits for ease of movement

Extra diamond-shaped panel for ease of

movement

WORKWEAR JACKET

9

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WRJK10021

IN STOCK

Navy Orange

MADE TO ORDER

Fern Green

YKK ZIP EVAPORATIVECOOLING

INHERENT FRDURABILITY LIGHTWEIGHT FR THREAD

FABRIC: • I-ARC (LENZING FR, ARAMID, ANTI-STATIC BLEND).ATPV: • 13 CAL/CM2.WEIGHT: • 215gsmSIZES: • 28 | 30 | 32 | 34 | 36 | 38 | 40 | 42 | 44 | 46 | 48 | 50 | 52 | 54 | 56

REFLECTIVE: • 50mm Aramid backed inherent Lime Silver Lime FR tape. CLOSURES: • Concealed YKK brass zip – Type 5 | Front button closure I Hook and loop with boxed and crossed ends at the bottom of the trouser.STITCHING: • Meta Aramid inherent FR thread used for all stitching | Top stitched stress seams for enhanced durability | Bar tacked at stress points for extra strength.COMFORT: •Elasticated waist band. • Available in non-reflective: WTTR10021.

Elasticated waist band

Button closure

Concealed YKK zip with hook and loop closure

FR reflective tape

Double needletopstitch

Hook and loop closure

WORKWEAR TROUSERS

10

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WRTR10021

Sky Blue

IN STOCK

FABRIC: • I-ARC (LENZING FR, ARAMID, ANTI-STATIC BLEND).ATPV: • 13 CAL/CM2.WEIGHT: • 215gsm.SIZES: • 32 | 34 | 36 | 38 | 40 | 42 | 44 | 46 | 48 | 50 | 52 | 54 | 56 | 58 | 60

CLOSURES: • Front Button Closure | Buttoned cuffs.STITCHING: • Meta Aramid inherent FR thread used for all stitching | Top stitched stress seams for enhanced durability | Bar tacked at stress points for extra strength.POCKETS: • Front mitred pockets with flap and button closure. • Available in 25mm FR reflective: WRSH40021.

MADE TO ORDER

Grey

INHERENT FREVAPORATIVECOOLING

FR THREADLIGHTWEIGHTDURABILITY

Stand collar

Button closure

Front mitred pockets with flap and button closure

Bar tacked at stress points

Double needle top stitch

Pleat

Three buttons and button holes on bottom of each sleeve

CHAMBRAY SHIRT

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WTSH40021

11

FABRIC: • I-ARC (LENZING FR, ARAMID, ANTI-STATIC BLEND).ATPV: • 13 CAL/CM2.WEIGHT: • 215gsm.SIZES: • 28 | 30 | 32 | 34 | 36 | 38 | 40 | 42 | 44 | 46 | 48 | 50 | 52 | 54 | 56

CLOSURES: • Concealed YKK brass zip – Type 5 | Front Button Closure.STITCHING: • Triple stitched seams on front rise for enhanced durability.POCKETS: • Front Swing Pockets | Back Hip Pockets with button closure.

IN STOCK

Navy

INHERENT FREVAPORATIVECOOLING

FR THREADLIGHTWEIGHTDURABILITYYKK ZIP

Button closure

Bar tacked at stress points

Hip pocket with top stitching

Two front pleats

Concelaled YKK Zip

Triple stitched seamson front rise

Double stitching on in leg, out leg and back rise

CHINO TROUSERS

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WTCH40021

12

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WTBC40021

Zig-zag seams for enhanced durability

Thermal resistant anti static blend

IN STOCK

FABRIC: • I-ARC (LENZING FR, ARAMID, ANTI-STATIC BLEND).ATPV: • 14.9 CAL/CM2.WEIGHT: • 220gsm.SIZES: • 6 - 12.

STITCHING: • Meta Aramid inherent FR thread used for all stitching I Zigzag seams stitching at hemline.

Navy Grey

IN STOCK

Navy Grey

FABRIC: • I-ARC (LENZING FR, ARAMID, ANTI-STATIC BLEND).WEIGHT: • 220gsm.SIZES: •One size fits all.

STITCHING: • Meta Aramid inherent FR thread used for all stitching I Cover seams stitching at hemline.COMFORT: • Easy breathability through fabric.

Eye opening with cover seam

Cover seam at hemline

INHERENT FR FR THREADEVAPORATIVECOOLING

LIGHTWEIGHTDURABILITY INHERENT FR FR THREADEVAPORATIVECOOLING

LIGHTWEIGHTDURABILITY

ATPV 14.9 CAL/CM2

BALACLAVA GLOVE

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WTGV40022

13

COLOURS AVAILABLE: • Green.

KEY FEATURES: • Protection against extreme temperatures. • Anti-scratch. • Best optical class. • Protection against extreme temperatures. • Chin protector. • Better colour clarity. • Colour Vision technology.

STANDARDS: • This product is manufactured in South Africa for the BBF Safety Group (Pty) Ltd. in an ISO 9001 accredited factory. • GS-ET 29 / ANSIZ87.1 / ASTM F2178/08

SIZE: • One size fits all.

COLOURS AVAILABLE: • White.

COMPOSITION: • Nikki 1 hard hat made of ABS plastic.

KEY FEATURES: • Superior rigidity, protection and durability. • Inner of hard hat shell is engineered with reinforced ribs for increased protection against impact and lateral deformation. • Turn top adjustable crown vent allows for double crown protection; it also allows for one hand adjustment to open for breathability or close for protection from chemical, liquids or falling gravel and rocks. • Integrated slots that allow for the majority of accessories (earmuffs, face shields & visors). • 4 point comfort ratchet lining for easy one-handed adjustment with Permasweat breathable sweatband and high visibility rear insert. • Anti-glare peak. • Ultra-violet inhibitor protects and extends life of helmet. • Supporting ridge for cap attachment spring. • Contoured rain channel allows liquid to run off front of peak rather than down neck and shoulders. Also provides additional lateral rigidity for more protection from lateral deformation. Ideal for high angle work situations.

STANDARDS: • This product is manufactured in South Africa for the BBF Safety Group (Pty) Ltd. in an ISO 9001 accredited factory. • ARC rated and electrical insulation - tested to 18CAL/ CM2 and 1000 volts dielectric • Designed to exceed the European standard (EN 397 :1995) for Lateral Deformation. (Up to three times that of similar hard hats on the market).

SIZE: • One size fits all.ATPV: • 18 CAL/CM2.

VISOR HARD HAT

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WTGV40022ARC FLASH VISOR WITH NIKKI HARD HAT

A R C H A Z A R D R I S K C A T E G O R Y 2

CODE: WTFP40021

14

15

MULTI LAYERED CONSTRUCTION MULTI LAYERED CONSTRUCTION

A blend of I-ARC, Meta Aramids and natural A blend of I-ARC, Meta Aramids and natural fibres across multiple layers to ensure fibres across multiple layers to ensure the best balance of protection, comfort, the best balance of protection, comfort,

breathability and durability.breathability and durability.

CATEGORY 4CATEGORY 4 MULTI LAYERED CONSTRUCTION MULTI LAYERED CONSTRUCTION

A blend of I-ARC, Meta Aramids and natural A blend of I-ARC, Meta Aramids and natural fibres across multiple layers to ensure fibres across multiple layers to ensure the best balance of protection, comfort, the best balance of protection, comfort,

breathability and durability.breathability and durability.

CATEGORY 4CATEGORY 4 MULTI LAYERED CONSTRUCTION

A blend of I-ARC, Meta Aramids and natural fibres across multiple layers to ensure the best balance of protection, comfort,

breathability and durability.

CATEGORY 4

16

FABRIC: • A BLEND OF I-ARC, META ARAMIDS AND NATURAL FIBRES ACROSS MULTIPLE LAYERS.ATPV: • 52 CAL/CM2.WEIGHT: • 764gsm.SIZES: • 32 | 34 | 36 | 38 | 40 | 42 | 44 | 46 | 48 | 50 | 52 | 54 | 56 | 58 | 60

CLOSURES: • Concealed YKK brass zip - Type 5 with under the storm flap and hook and loop closure | Elasticated cuffs | Adjustable neck hook and loop closure | Right hand side zip guard for added protection.STITCHING: • Meta Aramid inherent FR thread used for all stitching | Top stitched stress seams for enhanced durability | Bar tacked at stress points for extra strength.COMFORT: • High front for maximum upper body protection I Padded diamond shaped underarm extension for easy movement.

YKK ZIP EVAPORATIVECOOLING

INHERENT FRMULTI LAYERDURABILITY LIGHTWEIGHT FR THREAD

SWITCHING JACKET

A R C H A Z A R D R I S K C A T E G O R Y 4

CODE: WTJH50041

IN STOCK

Navy Orange

MADE TO ORDER

Fern Green

17

FABRIC: •A BLEND OF I-ARC, META ARAMIDS AND NATURAL FIBRES ACROSS MULTIPLE LAYERS.ATPV: • 52 CAL/CM2.WEIGHT: • 764gsm.SIZES: • 28 | 30 | 32 | 34 | 36 | 38 | 40 | 42 | 44 | 46 | 48

CLOSURES: • Adjustable braces with 50mm webbing and quick release buckles. STITCHING: • Meta Aramid inherent FR thread used for all stitching | Top stitched stress seams for enhanced durability | Bar tacked at stress points for extra strength.COMFORT: • High front for maximum upper body protection I Inside excess fabric on either side of the hip forming a pocket with bottom opening.

Quick release buckles on the shoulder with 50mm webbing

Padded garment

Top stitching on bib, waistline and front and back rise

Extra thigh space for enhanced comfort

Hook and loop closure

BIB & BRACE

A R C H A Z A R D R I S K C A T E G O R Y 4

CODE: WTBT50041

IN STOCK

Navy Orange

MADE TO ORDER

Fern Green

YKK ZIP EVAPORATIVECOOLING

INHERENT FRMULTI LAYERDURABILITY LIGHTWEIGHT FR THREAD

FABRIC: •A BLEND OF I-ARC, META ARAMIDS AND NATURAL FIBRES ACROSS MULTIPLE LAYERS.

ATPV: • 52 CAL/CM2.VISOR: • Light green moulded polycarbonate dual layer electric ARC faceshield featuring: •Protection against extreme temperatures, ARC rating tested with complete hood system.

•44% Visible Light Transmission (VLT) 99,9% UV protection •Anti-fog and anti-scratch.

HARD HAT: •Nikki 1 (please refer to spec under Category 2)

WEIGHT: • 764gsm.SIZES: •One size fits all.STITCHING: • Meta Aramid inherent FR thread used for all stitching | Top stitched at the opening of hood for enhanced durability.COMFORT: • Fits snugly over head and shoulders | Two side openings | Moulded visor.

HOOD WITH NIKKI HARD HAT & VISOR

A R C H A Z A R D R I S K C AT E G O R Y 4

CODE: WTHV50041

used for all stitching | Top stitched at the opening of gloves for enhanced durability.COMFORT: • Padded gloves for additional protection in extreme conditions.

FABRIC: •A BLEND OF I-ARC, META ARAMIDS AND NATURAL FIBRES ACROSS MULTIPLE LAYERS.ATPV: • 42.2 CAL/CM2.

WEIGHT: • 764gsm.SIZES: •One size fits all.STITCHING: • Meta Aramid inherent FR thread

EVAPORATIVECOOLING

INHERENT FRMULTI LAYERDURABILITY LIGHTWEIGHT FR THREAD EVAPORATIVECOOLING

INHERENT FRMULTI LAYERDURABILITY LIGHTWEIGHT FR THREAD

Insert between each finger

Double-layer fabric

Glove has padding

Loop at the top of the hood

Molded face shield

Anti-fog coating

Top stitching on front and back of hood

Two side openings

Hood fitted with Nikki hard hat. (Adjustable from 52cm - 63cm)

GLOVE

A R C H A Z A R D R I S K C AT E G O R Y 4

CODE: WTGV70031

IN STOCK

Navy Orange

MADE TO ORDER

Fern Green

IN STOCK

Navy Orange

MADE TO ORDER

Fern Green

18

19

PU RUBBER -PU RUBBER - ELECTRIC RESISTANT FOOTWEARFOOTWEARThe range is engineered with specialised technologies that help to protect the wearer in extreme environments, The range is engineered with specialised technologies that help to protect the wearer in extreme environments, from the sole construction right through to the linings and exterior additions to the boots. from the sole construction right through to the linings and exterior additions to the boots.

THETHE BOVA ARC EXTENDED RANGE OFFERINGOFFERING

Firewalk (42003)Firewalk (42003)Nebula (43603)Nebula (43603) Rigger Pro (43605)Rigger Pro (43605)

DCR is an innovative soling technology utilising two different layers of rubber where the soles are directly injected DCR is an innovative soling technology utilising two different layers of rubber where the soles are directly injected onto the uppers for a superior bond, thereby increasing the longevity of the product.onto the uppers for a superior bond, thereby increasing the longevity of the product.

This technology offers vastly improved durability, superior heat resistance, waterproofing and enhanced shock This technology offers vastly improved durability, superior heat resistance, waterproofing and enhanced shock absorbency without compromising comfort. The DCR Range of safety footwear is engineered to deliver superior absorbency without compromising comfort. The DCR Range of safety footwear is engineered to deliver superior performance in hash environments, while reducing the replacement cycle of soling units containing Polyurethane. performance in hash environments, while reducing the replacement cycle of soling units containing Polyurethane.

DUAL COMPOUND RUBBER - DUAL COMPOUND RUBBER - HEAT RESISTANT FOOTWEARFOOTWEAR

BOVA FLAME RETARDENT SMELTER SOCKS

• Engineered with flame retardant yarn specifically for the hot metal industry. The calf • Engineered with flame retardant yarn specifically for the hot metal industry. The calf length socks are knitted using specialised flame retardant yarns, imported from the USA length socks are knitted using specialised flame retardant yarns, imported from the USA and Switzerland and are reinforced at both the toe and heel. and Switzerland and are reinforced at both the toe and heel.• Designed with a fine needle count for a superior soft feel and to create density in the knit • Designed with a fine needle count for a superior soft feel and to create density in the knit to prevent molten matter from penetrating the sock or attaching to the surface (compliant to prevent molten matter from penetrating the sock or attaching to the surface (compliant with the SABS 1423-1/1987 flame retardancy requirements, category 1). with the SABS 1423-1/1987 flame retardancy requirements, category 1).

Patriot (7010)Patriot (7010)Gabbro (7140)Gabbro (7140)

Igneous (7150)Igneous (7150) Granite (7900)Granite (7900)

PU RUBBER -PU RUBBER - ELECTRIC RESISTANT FOOTWEARFOOTWEARThe range is engineered with specialised technologies that help to protect the wearer in extreme environments, The range is engineered with specialised technologies that help to protect the wearer in extreme environments, from the sole construction right through to the linings and exterior additions to the boots. from the sole construction right through to the linings and exterior additions to the boots.

THETHE BOVA ARC EXTENDED RANGE OFFERINGOFFERING

Firewalk (42003)Firewalk (42003)Nebula (43603)Nebula (43603) Rigger Pro (43605)Rigger Pro (43605)

DCR is an innovative soling technology utilising two different layers of rubber where the soles are directly injected DCR is an innovative soling technology utilising two different layers of rubber where the soles are directly injected onto the uppers for a superior bond, thereby increasing the longevity of the product.onto the uppers for a superior bond, thereby increasing the longevity of the product.

This technology offers vastly improved durability, superior heat resistance, waterproofing and enhanced shock This technology offers vastly improved durability, superior heat resistance, waterproofing and enhanced shock absorbency without compromising comfort. The DCR Range of safety footwear is engineered to deliver superior absorbency without compromising comfort. The DCR Range of safety footwear is engineered to deliver superior performance in hash environments, while reducing the replacement cycle of soling units containing Polyurethane. performance in hash environments, while reducing the replacement cycle of soling units containing Polyurethane.

DUAL COMPOUND RUBBER -DUAL COMPOUND RUBBER - HEAT RESISTANT FOOTWEARFOOTWEAR

BOVA FLAME RETARDENT SMELTER SOCKS

• Engineered with flame retardant yarn specifically for the hot metal industry. The calf • Engineered with flame retardant yarn specifically for the hot metal industry. The calf length socks are knitted using specialised flame retardant yarns, imported from the USA length socks are knitted using specialised flame retardant yarns, imported from the USA and Switzerland and are reinforced at both the toe and heel. and Switzerland and are reinforced at both the toe and heel.• Designed with a fine needle count for a superior soft feel and to create density in the knit • Designed with a fine needle count for a superior soft feel and to create density in the knit to prevent molten matter from penetrating the sock or attaching to the surface (compliant to prevent molten matter from penetrating the sock or attaching to the surface (compliant with the SABS 1423-1/1987 flame retardancy requirements, category 1). with the SABS 1423-1/1987 flame retardancy requirements, category 1).

Patriot (7010)Patriot (7010)Gabbro (7140)Gabbro (7140)

Igneous (7150)Igneous (7150) Granite (7900)Granite (7900)

PU RUBBER - ELECTRIC RESISTANT FOOTWEARThe range is engineered with specialised technologies that help to protect the wearer in extreme environments, from the sole construction right through to the linings and exterior additions to the boots.

THE BOVA ARC EXTENDED RANGE OFFERING

Firewalk (42003)Nebula (43603) Rigger Pro (43605)

DCR is an innovative soling technology utilising two different layers of rubber where the soles are directly injected onto the uppers for a superior bond, thereby increasing the longevity of the product.

This technology offers vastly improved durability, superior heat resistance, waterproofing and enhanced shock absorbency without compromising comfort. The DCR Range of safety footwear is engineered to deliver superior performance in hash environments, while reducing the replacement cycle of soling units containing Polyurethane.

DUAL COMPOUND RUBBER - HEAT RESISTANT FOOTWEAR

BOVA FLAME RETARDENT SMELTER SOCKS

• Engineered with flame retardant yarn specifically for the hot metal industry. The calf length socks are knitted using specialised flame retardant yarns, imported from the USA and Switzerland and are reinforced at both the toe and heel.• Designed with a fine needle count for a superior soft feel and to create density in the knit to prevent molten matter from penetrating the sock or attaching to the surface (compliant with the SABS 1423-1/1987 flame retardancy requirements, category 1).

Patriot (7010)Gabbro (7140)

Igneous (7150) Granite (7900)

ELECTRICALRESISTANCE

TO 20KV FOR60 SECONDS(ESKOM SPEC

34-232)

20

40 CAL/CM40 CAL/CM22 Spark Lanyard Spark Lanyard (LANY05520)(LANY05520)

Spark Harness Spark Harness (HARN60000)(HARN60000)

COMPLIANCY AND STANDARDS:Recommendations for ARC Flash PPE: An arc flash study is to be conducted prior to recommendations on PPE.Recommendations for ARC Flash PPE: An arc flash study is to be conducted prior to recommendations on PPE.Do not make recommendation on PPE without customer supplied, incident energy level as determined by an arc Do not make recommendation on PPE without customer supplied, incident energy level as determined by an arc flash study. An arc flash study is based on recommendations set forth by the National Fire Protection Association flash study. An arc flash study is based on recommendations set forth by the National Fire Protection Association (NFPA) but also relies on mandated industry standards and regulations from OSHA, the Institute of Electric and (NFPA) but also relies on mandated industry standards and regulations from OSHA, the Institute of Electric and Electronics Engineers (IEEE) and the National Electric Code (NEC). The study looks at the electrical system Electronics Engineers (IEEE) and the National Electric Code (NEC). The study looks at the electrical system design, equipment, system specifications and safe practice procedures. Calculations are used to determine the design, equipment, system specifications and safe practice procedures. Calculations are used to determine the arc flash incident energy within specific boundaries of the equipment and measure the degrees of risk.arc flash incident energy within specific boundaries of the equipment and measure the degrees of risk.

1. ENSURE THAT AN ARC FLASH STUDY IS CONDUCTEDTo calculate potential arc flash incident energy and determine boundaries around the equipment that each carry To calculate potential arc flash incident energy and determine boundaries around the equipment that each carry varying degrees of risk. You can read more about incident energy and arc flash boundary calculations in the IEEE varying degrees of risk. You can read more about incident energy and arc flash boundary calculations in the IEEE Standard 1584-2002 and IEEE Standard 1584a-2004, Amendment 1 and IEEE Standard 1584b-2011 Amendment Standard 1584-2002 and IEEE Standard 1584a-2004, Amendment 1 and IEEE Standard 1584b-2011 Amendment

2. APPLY WARNING LABELS Apply detailed and durable arc flash hazard warning labels for field-marking potential arc flash hazards. Apply detailed and durable arc flash hazard warning labels for field-marking potential arc flash hazards. These labels must include both arc flash hazard and shock hazard boundaries.These labels must include both arc flash hazard and shock hazard boundaries.

3. PPE Adds another layer of protection for employees working within the arc flash boundary. Failure to wear the proper Adds another layer of protection for employees working within the arc flash boundary. Failure to wear the proper protective clothing and equipment puts you at serious risk of injury or death in the event of an arc flash. Even protective clothing and equipment puts you at serious risk of injury or death in the event of an arc flash. Even though this is the last line of defense it is critical not to compromise on quality. though this is the last line of defense it is critical not to compromise on quality.

Bova Arc garments meet the requirements of NFPA 2112, standard on flame-resistant garments for protection of Bova Arc garments meet the requirements of NFPA 2112, standard on flame-resistant garments for protection of industrial personnel against flash fire, 2012 edition. NFPA2113 requires upper and lower body coverage. industrial personnel against flash fire, 2012 edition. NFPA2113 requires upper and lower body coverage.

Bova Arc garments further meet the requirements of SANS 724, IEC 61482, ASTM F1959, ASTM F1506, Bova Arc garments further meet the requirements of SANS 724, IEC 61482, ASTM F1959, ASTM F1506, ASTM F2621 and NFPA 70E for electric arc protection.ASTM F2621 and NFPA 70E for electric arc protection.

WEBBING AND HARNESSES:WEBBING AND HARNESSES:Engineered from Para-Aramid / Meta-aramid blended webbing, our harnesses are engineered for those who are Engineered from Para-Aramid / Meta-aramid blended webbing, our harnesses are engineered for those who are exposed to sparks and high heat whilst working at heights.exposed to sparks and high heat whilst working at heights.

40 CAL/CM40 CAL/CM22 Arc Harness Arc Harness (HARN70000)(HARN70000)

COMPLIANCY AND STANDARDSR E CO M M E N D AT I O N S F O R A R C F L A S H P P ER E CO M M E N D AT I O N S F O R A R C F L A S H P P E

WORKERS ARE ASSUMED SAFE IF THE FOLLOWING CONDITION IS FULFILLED:

Minimum ATPV of Protective Garment Minimum ATPV of Protective GarmentIncident Energy RatingIncident Energy Rating

CALCULATED ARC CALCULATED ARC INCIDENT ENERGYINCIDENT ENERGY

ARC RATING OF ARC RATING OF PROTECTIVE CLOTHINGPROTECTIVE CLOTHING

40 CAL/CM40 CAL/CM22 Spark Lanyard Spark Lanyard (LANY05520)(LANY05520)

Spark Harness Spark Harness (HARN60000)(HARN60000)

COMPLIANCY AND STANDARDS:Recommendations for ARC Flash PPE: An arc flash study is to be conducted prior to recommendations on PPE.Recommendations for ARC Flash PPE: An arc flash study is to be conducted prior to recommendations on PPE.Do not make recommendation on PPE without customer supplied, incident energy level as determined by an arc Do not make recommendation on PPE without customer supplied, incident energy level as determined by an arc flash study. An arc flash study is based on recommendations set forth by the National Fire Protection Association flash study. An arc flash study is based on recommendations set forth by the National Fire Protection Association (NFPA) but also relies on mandated industry standards and regulations from OSHA, the Institute of Electric and (NFPA) but also relies on mandated industry standards and regulations from OSHA, the Institute of Electric and Electronics Engineers (IEEE) and the National Electric Code (NEC). The study looks at the electrical system Electronics Engineers (IEEE) and the National Electric Code (NEC). The study looks at the electrical system design, equipment, system specifications and safe practice procedures. Calculations are used to determine the design, equipment, system specifications and safe practice procedures. Calculations are used to determine the arc flash incident energy within specific boundaries of the equipment and measure the degrees of risk.arc flash incident energy within specific boundaries of the equipment and measure the degrees of risk.

1. ENSURE THAT AN ARC FLASH STUDY IS CONDUCTEDTo calculate potential arc flash incident energy and determine boundaries around the equipment that each carry To calculate potential arc flash incident energy and determine boundaries around the equipment that each carry varying degrees of risk. You can read more about incident energy and arc flash boundary calculations in the IEEE varying degrees of risk. You can read more about incident energy and arc flash boundary calculations in the IEEE Standard 1584-2002 and IEEE Standard 1584a-2004, Amendment 1 and IEEE Standard 1584b-2011 Amendment Standard 1584-2002 and IEEE Standard 1584a-2004, Amendment 1 and IEEE Standard 1584b-2011 Amendment

2. APPLY WARNING LABELS Apply detailed and durable arc flash hazard warning labels for field-marking potential arc flash hazards. Apply detailed and durable arc flash hazard warning labels for field-marking potential arc flash hazards. These labels must include both arc flash hazard and shock hazard boundaries.These labels must include both arc flash hazard and shock hazard boundaries.

3. PPE Adds another layer of protection for employees working within the arc flash boundary. Failure to wear the proper Adds another layer of protection for employees working within the arc flash boundary. Failure to wear the proper protective clothing and equipment puts you at serious risk of injury or death in the event of an arc flash. Even protective clothing and equipment puts you at serious risk of injury or death in the event of an arc flash. Even though this is the last line of defense it is critical not to compromise on quality. though this is the last line of defense it is critical not to compromise on quality.

Bova Arc garments meet the requirements of NFPA 2112, standard on flame-resistant garments for protection of Bova Arc garments meet the requirements of NFPA 2112, standard on flame-resistant garments for protection of industrial personnel against flash fire, 2012 edition. NFPA2113 requires upper and lower body coverage. industrial personnel against flash fire, 2012 edition. NFPA2113 requires upper and lower body coverage.

Bova Arc garments further meet the requirements of SANS 724, IEC 61482, ASTM F1959, ASTM F1506, Bova Arc garments further meet the requirements of SANS 724, IEC 61482, ASTM F1959, ASTM F1506, ASTM F2621 and NFPA 70E for electric arc protection.ASTM F2621 and NFPA 70E for electric arc protection.

WEBBING AND HARNESSES:WEBBING AND HARNESSES:Engineered from Para-Aramid / Meta-aramid blended webbing, our harnesses are engineered for those who are Engineered from Para-Aramid / Meta-aramid blended webbing, our harnesses are engineered for those who are exposed to sparks and high heat whilst working at heights.exposed to sparks and high heat whilst working at heights.

40 CAL/CM40 CAL/CM22 Arc Harness Arc Harness (HARN70000)(HARN70000)

COMPLIANCY AND STANDARDSR E CO M M E N D AT I O N S F O R A R C F L A S H P P ER E CO M M E N D AT I O N S F O R A R C F L A S H P P E

Minimum ATPV of Protective Garment Minimum ATPV of Protective GarmentIncident Energy RatingIncident Energy Rating

CALCULATED ARC CALCULATED ARC INCIDENT ENERGYINCIDENT ENERGY

ARC RATING OF ARC RATING OF PROTECTIVE CLOTHINGPROTECTIVE CLOTHING

40 CAL/CM2 Spark Lanyard (LANY05520)

Spark Harness (HARN60000)

COMPLIANCY AND STANDARDS:Recommendations for ARC Flash PPE: An arc flash study is to be conducted prior to recommendations on PPE.Do not make recommendation on PPE without customer supplied, incident energy level as determined by an arc flash study. An arc flash study is based on recommendations set forth by the National Fire Protection Association (NFPA) but also relies on mandated industry standards and regulations from OSHA, the Institute of Electric and Electronics Engineers (IEEE) and the National Electric Code (NEC). The study looks at the electrical system design, equipment, system specifications and safe practice procedures. Calculations are used to determine the arc flash incident energy within specific boundaries of the equipment and measure the degrees of risk.

1. ENSURE THAT AN ARC FLASH STUDY IS CONDUCTEDTo calculate potential arc flash incident energy and determine boundaries around the equipment that each carry varying degrees of risk. You can read more about incident energy and arc flash boundary calculations in the IEEE Standard 1584-2002 and IEEE Standard 1584a-2004, Amendment 1 and IEEE Standard 1584b-2011 Amendment

2. APPLY WARNING LABELS Apply detailed and durable arc flash hazard warning labels for field-marking potential arc flash hazards. These labels must include both arc flash hazard and shock hazard boundaries.

3. PPE Adds another layer of protection for employees working within the arc flash boundary. Failure to wear the proper protective clothing and equipment puts you at serious risk of injury or death in the event of an arc flash. Even though this is the last line of defense it is critical not to compromise on quality.

Bova Arc garments meet the requirements of NFPA 2112, standard on flame-resistant garments for protection of industrial personnel against flash fire, 2012 edition. NFPA2113 requires upper and lower body coverage.

Bova Arc garments further meet the requirements of SANS 724, IEC 61482, ASTM F1959, ASTM F1506, ASTM F2621 and NFPA 70E for electric arc protection.

WEBBING AND HARNESSES:Engineered from Para-Aramid / Meta-aramid blended webbing, our harnesses are engineered for those who are exposed to sparks and high heat whilst working at heights.

40 CAL/CM2 Arc Harness (HARN70000)

COMPLIANCY AND STANDARDSR E CO M M E N D AT I O N S F O R A R C F L A S H P P E

WORKERS ARE ASSUMED SAFE IF THE FOLLOWING CONDITION IS FULFILLED:

Minimum ATPV of Protective GarmentIncident Energy Rating

CALCULATED ARC INCIDENT ENERGY

ARC RATING OF PROTECTIVE CLOTHING

21

GARMENT CAREWash the garment frequently to ensure that no Wash the garment frequently to ensure that no grease, oily soils and other flammable contaminants grease, oily soils and other flammable contaminants are present when the garment is worn. Inspect are present when the garment is worn. Inspect the garment before each use for damage or any the garment before each use for damage or any contaminants that will impair the protective qualities contaminants that will impair the protective qualities of the garment. Repairs to the garment must be made of the garment. Repairs to the garment must be made with flame-resistant components.with flame-resistant components.

WASHING INSTRUCTIONSGarments made with Beier I-ARC fabrics can be Garments made with Beier I-ARC fabrics can be cleaned by home or commercial laundry or by dry-cleaned by home or commercial laundry or by dry-cleaning procedures without loss of their inherent cleaning procedures without loss of their inherent protective features.protective features.If home procedures do not remove contaminants, If home procedures do not remove contaminants, commercial laundering or dry cleaning is commercial laundering or dry cleaning is recommended. Launder garments, made with Beier recommended. Launder garments, made with Beier I-ARC, separately from personal or non-flame-I-ARC, separately from personal or non-flame-resistant clothing to help avoid contamination by resistant clothing to help avoid contamination by flammable materials.flammable materials.

TO PROLONG LONGEVITY OF THE GARMENT:TO PROLONG LONGEVITY OF THE GARMENT:• Do not wash garments in hot water with heavy-duty • Do not wash garments in hot water with heavy-duty detergent. detergent.• Do not use chlorine bleach or detergents containing • Do not use chlorine bleach or detergents containing chlorine bleach. chlorine bleach.• Do not boil.• Do not boil.• Tumble dry garments at a low setting.• Tumble dry garments at a low setting.

WARNINGS: For electric arc exposure, wear the For electric arc exposure, wear the correct flame-resistant clothing as indicated by an correct flame-resistant clothing as indicated by an electric arc hazard analyst. electric arc hazard analyst. In potentially explosive environments, proper In potentially explosive environments, proper grounding procedures must be used for protection grounding procedures must be used for protection against electrostatic spark ignition.against electrostatic spark ignition.Do not put on or remove garments when in a Do not put on or remove garments when in a potentially explosive environment.potentially explosive environment.

Flammable contaminants will reduce the thermal Flammable contaminants will reduce the thermal protection of any flame-resistant garment. Damaged, protection of any flame-resistant garment. Damaged, strained or worn areas will reduce the thermal strained or worn areas will reduce the thermal protection properties of any flame-resistant garment.protection properties of any flame-resistant garment.

BOVA ARC PRODUCTS ARE MANUFACTURED USING BEIER I-ARC, INHERENTLY BOVA ARC PRODUCTS ARE MANUFACTURED USING BEIER I-ARC, INHERENTLY

FLAME RESISTANT FABRIC OFFERING SUPERIOR COMFORT AND PERFORMANCEFLAME RESISTANT FABRIC OFFERING SUPERIOR COMFORT AND PERFORMANCE

HOW TO CARE FOR BOVA ARC PRODUCTS

Washing and care guidelines must be followed in Washing and care guidelines must be followed in order to attain 200 wash conformance.order to attain 200 wash conformance.

60ºC OR 140ºF60ºC OR 140ºF

DRY NORMALDRY NORMALLOW HEATLOW HEAT

DO NOT BOILDO NOT BOIL

DO NOT BLEACHDO NOT BLEACH

MAX TEMPERATUREMAX TEMPERATURE110ºC / 230ºC110ºC / 230ºC

DRY CLEANDRY CLEAN

GARMENT CAREWash the garment frequently to ensure that no Wash the garment frequently to ensure that no grease, oily soils and other flammable contaminants grease, oily soils and other flammable contaminants are present when the garment is worn. Inspect are present when the garment is worn. Inspect the garment before each use for damage or any the garment before each use for damage or any contaminants that will impair the protective qualities contaminants that will impair the protective qualities of the garment. Repairs to the garment must be made of the garment. Repairs to the garment must be made with flame-resistant components.with flame-resistant components.

WASHING INSTRUCTIONSGarments made with Beier I-ARC fabrics can be Garments made with Beier I-ARC fabrics can be cleaned by home or commercial laundry or by dry-cleaned by home or commercial laundry or by dry-cleaning procedures without loss of their inherent cleaning procedures without loss of their inherent protective features.protective features.If home procedures do not remove contaminants, If home procedures do not remove contaminants, commercial laundering or dry cleaning is commercial laundering or dry cleaning is recommended. Launder garments, made with Beier recommended. Launder garments, made with Beier I-ARC, separately from personal or non-flame-I-ARC, separately from personal or non-flame-resistant clothing to help avoid contamination by resistant clothing to help avoid contamination by flammable materials.flammable materials.

TO PROLONG LONGEVITY OF THE GARMENT:TO PROLONG LONGEVITY OF THE GARMENT:• Do not wash garments in hot water with heavy-duty • Do not wash garments in hot water with heavy-duty detergent. detergent.• Do not use chlorine bleach or detergents containing • Do not use chlorine bleach or detergents containing chlorine bleach. chlorine bleach.• Do not boil.• Do not boil.• Tumble dry garments at a low setting.• Tumble dry garments at a low setting.

WARNINGS: For electric arc exposure, wear the For electric arc exposure, wear the correct flame-resistant clothing as indicated by an correct flame-resistant clothing as indicated by an electric arc hazard analyst. electric arc hazard analyst. In potentially explosive environments, proper In potentially explosive environments, proper grounding procedures must be used for protection grounding procedures must be used for protection against electrostatic spark ignition.against electrostatic spark ignition.Do not put on or remove garments when in a Do not put on or remove garments when in a potentially explosive environment.potentially explosive environment.

Flammable contaminants will reduce the thermal Flammable contaminants will reduce the thermal protection of any flame-resistant garment. Damaged, protection of any flame-resistant garment. Damaged, strained or worn areas will reduce the thermal strained or worn areas will reduce the thermal protection properties of any flame-resistant garment.protection properties of any flame-resistant garment.

BOVA ARC PRODUCTS ARE MANUFACTURED USING BEIER I-ARC, INHERENTLY BOVA ARC PRODUCTS ARE MANUFACTURED USING BEIER I-ARC, INHERENTLY

FLAME RESISTANT FABRIC OFFERING SUPERIOR COMFORT AND PERFORMANCEFLAME RESISTANT FABRIC OFFERING SUPERIOR COMFORT AND PERFORMANCE

HOW TO CARE FOR BOVA ARC PRODUCTS

Washing and care guidelines must be followed in Washing and care guidelines must be followed in order to attain 200 wash conformance.order to attain 200 wash conformance.

60ºC OR 140ºF60ºC OR 140ºF

DRY NORMALDRY NORMALLOW HEATLOW HEAT

DO NOT BOILDO NOT BOIL

DO NOT BLEACHDO NOT BLEACH

MAX TEMPERATUREMAX TEMPERATURE110ºC / 230ºC110ºC / 230ºC

DRY CLEANDRY CLEAN

GARMENT CAREWash the garment frequently to ensure that no grease, oily soils and other flammable contaminants are present when the garment is worn. Inspect the garment before each use for damage or any contaminants that will impair the protective qualities of the garment. Repairs to the garment must be made with flame-resistant components.

WASHING INSTRUCTIONSGarments made with Beier I-ARC fabrics can be cleaned by home or commercial laundry or by dry-cleaning procedures without loss of their inherent protective features.If home procedures do not remove contaminants, commercial laundering or dry cleaning is recommended. Launder garments, made with Beier I-ARC, separately from personal or non-flame-resistant clothing to help avoid contamination by flammable materials.

TO PROLONG LONGEVITY OF THE GARMENT:• Do not wash garments in hot water with heavy-duty detergent.• Do not use chlorine bleach or detergents containing chlorine bleach.• Do not boil.• Tumble dry garments at a low setting.

WARNINGS: For electric arc exposure, wear the correct flame-resistant clothing as indicated by an electric arc hazard analyst. In potentially explosive environments, proper grounding procedures must be used for protection against electrostatic spark ignition.Do not put on or remove garments when in a potentially explosive environment.

Flammable contaminants will reduce the thermal protection of any flame-resistant garment. Damaged, strained or worn areas will reduce the thermal protection properties of any flame-resistant garment.

BOVA ARC PRODUCTS ARE MANUFACTURED USING BEIER I-ARC, INHERENTLY

FLAME RESISTANT FABRIC OFFERING SUPERIOR COMFORT AND PERFORMANCE

HOW TO CARE FOR BOVA ARC PRODUCTS

Washing and care guidelines must be followed in order to attain 200 wash conformance.

60º60ºC OR 140ºF

DRY NORMALLOW HEAT

DO NOT BOIL

DO NOT BLEACH

MAX TEMPERATURE110ºC / 230ºC

DRY CLEAN

22

JACKETS, DUST COATS, SHIRTSJACKETS, DUST COATS, SHIRTS

TROUSERS , BIB & BRACETROUSERS , BIB & BRACE

BOILER SUITSBOILER SUITS

JACKETS, DUST COATS, SHIRTSJACKETS, DUST COATS, SHIRTS

TROUSERS , BIB & BRACETROUSERS , BIB & BRACE

BOILER SUITSBOILER SUITS

JACKETS, DUST COATS, SHIRTS

SIZE CHART

TROUSERS , BIB & BRACE

BOILER SUITS

Phone: +27 87 057 7770Phone: +27 87 057 7770Email: info@bova.co.za Email: info@bova.co.za Website: www.bova.co.zaWebsite: www.bova.co.za

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A product ofA product of Phone: +27 87 057 7770Email: info@bova.co.za Website: www.bova.co.za

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