raised floors · 2020. 2. 17. · the modular raised floor (mrf) is a detachable and removable...
TRANSCRIPT
RAISED FLOORS
Contents
CRESPI ........................................................................................................................................................................................................... 08NEWFLOOR ............................................................................................................................................................................................. 14
Versatile, resistant and functional ...............................................................................................................................04
Elevated floor installation ......................................................................................................................................................05
The advantages of elevated floors ...............................................................................................................................06
CRESPI ........................................................................................................................................................................................................... 20NEWFLOOR ............................................................................................................................................................................................. 26
Raised Floors with laminated porcelain LINEA
Raised Floors with Margres porcelain tiles
Casa del dolceLocation: Fara Gera D’Adda (BG) - Italiy
22
Edificio DeltazeroLocation: Switzerland
Sede da FelmicaLocation: Portugal
33
44
VERSATILE, RESISTANT AND FUNCTIONAL
Resistant to salt
Resistant to thermal shockResistant to stains, acidsand chemical agents
Frost-resistant and fire-proof
Colours remain stable over time
Resistant to heavy loads
Resistant to vehicular passage(installed on screed)
Can easily be removed, inspected, reused and is eco-friendly
Easy to install
Non-slip
Easy to clean
Resistant to mould and bacteria
55
ELEVATED FLOOR INSTALLATION
ON AN ADJUSTABLE SUPPORT
■ Can easily be removed, inspected, reused.■ Available for different kinds of support.■ Ideal for hiding from sight wiring and pipes, while keeping
them easily accessible.
For further information read chap. 3.4
CAUTION• When carrying out an elevated floor installation it is important to check the specific intended use and to follow the installation
directions detailed in chapter “4.4 - Instructions for elevated floor installations: sizes, supports and reinforcement systems”.• In the case of external dry installations, the force of the wind, in particular types of applications or geographical locations, can
cause the lifting of the slabs. It is recommended that the designer/client always check the suitability of the installation system selected according to local regulations in force.
Failure to follow the above recommendations may result in misuse of the product and cause injury to persons and/or damage to property.
ON A FIXED SUPPORT
■ Can easily be removed, inspected, reused.■ Available for different kinds of support.■ Ideal for hiding from sight wiring and pipes, while keeping
them easily accessible.
66
THE ADVANTAGES OF ELEVATED FLOORS
Great for hiding pipes and wiringThe gap between the floor and the membrane below, allow for the passage of pipes and wiring that are hidden yet easily accessible.
Better thermal insulationThe gap between the floor and the membrane below, favours a constant flow of air which improves the lifetime of the waterproofing membrane as well as thermal insulation.
Rapid draining of waterThe small joint between the tiles, allows for a quick run-off of the water, that is then drained through the slope of the floor base below. We recommend installation with a minimum joint of 3mm. So as to have optimal draining of the elevated floor it is important to prepare the necessary slopes during installation. It is important to note that Margres porcelain tiles have extremely low water absorption rates and are therefore completely frost resistant. These characteristics may result in stagnation of water close to the edges of the tiles, even if the installation is done perfectly.
High resistance to loadsThe robust structure of the support, that is due to both the experience required to formulate the chemical compound, as well as to the continuous thread, guarantees a strong, safe and long lasting product.
Flooring which is always flatand easily accessibleThe elevated system compensates for small differences and slopes of the laying surface creating a perfectly stable and flat paved surface and, where necessary, with the required slope for better water drainage. In the case of installation on waterproofing membrane, the membrane is easily accessible and inspectionable, as the flooring is simply placed on the supporting elements.
Excellent compression and expansion absorption characteristicsThe decoupling of the flooring and the supporting elements assists the absorption of the structural movements and expansion.
Significant weight reductionBy eliminating the cement screed, the elevated system reduces substantially the weight on the structure and reduces costs.
Better acoustic insulationThanks to its anti-slip and anti-noise head, the adjustable Eterno Ivica support is able to reduce the sound level to 25dB.
77
88
RAISED FLOORING LINEA
STRUCTURAL COREPanel made of anhydrous calcium sulphate reinforced with organic fibres TYPE OF COVERING TILES:LINEA 3,5mm ceramic tiles in laminated porcelain.
OPERATIONS ON TILE:None
PRODUCTION PROCESSBinding using fire and water resistant resin and dimensional rectification with impact-resistant edge
COVERING TILE SIZES:- Multiple formats, also rectangular, integrated and inter-connectible. Maximum size100x100cm
99
■ TOTAL THICKNESS OF FINISHED PANELBetween 31 and 37mm according to the module
■ DENSITY OF STRUCTURAL CORE≥ 1500 kg/m3
■ DIMENSIONAL VARIATION (After 24 hours of immersion in water):≤ 0,3%
■ WEIGHT OF FINISHED PANELApproximately 56 kg/m2
■ CONCENTRATED BREAKING LOADClass 2 (≥ 6 kN)
■ SAFETY FACTOR2
■ CONCENTRATED WORKING LOAD≥ 3kN
■ BENDING DUE TO WORKING LOADClass A (≤ 2.5mm)
■ RESISTANCE TO THE DISTRIBUTED LOAD≥ 2,200 kg/m3
■ DIMENSIONAL AND ANGULAR TOLERANCE OF THE PANELSClass 1 (± 0,2mm)
■ THICKNESS TOLERANCE OF THE PANEL (Excluding laminated porcelain surface finish)Class 1 (± 0,3mm)
■ FIRE REACTION OF THE MODULAR PANELFire-proof Class A1 (according to UNI EN 13501)
■ FIRE RESISTANCEREI 30 (UNI EN 1366-6)
■ THERMAL CONDUCTIVITY λ *1,64 (0,44+1,2) W/m K * The thermal conductivity refers to that of the finished panel including the laminated porcelain tile. The value λ for ceramic finish is taken from the values published by KlimaHaus - CasaClima
■ ACOUSTIC INSULATION AIRBORNE NOISE41 Db according to the equation of the law of mass in diffused sound field with Assessment Index 500 Hz
■ ACOUSTIC INSULATION TO TRAMPLING SYSTEM (Framework law 447/95):Decoupling soundproofing joint
■ ELECTRICAL RESISTANCEAbout >2x1010 ohms
■ TYPE OF SUPPORTING STRUCTUREAdjustable vertical steel supports with a self-extinguishing gasket
■ GALVANISATION OF THE BEARING METAL STRUCTUREIn accordance with Directive 2000/52/EC. Does not include hexavalent chromium
■ GASKETS OF THE SUPPORTING STRUCTURE AND EDGES OF THE PANELIn self-extinguishing polymers
SYSTEM DESCRIPTION:The Modular Raised Floor (MRF) is a detachable and removable system. It consists of a bearing structure and inspectable panels that form a walkable surface with a LINEA finish.The MRF system has all the requirements essential for modern "intelligent" buildings which are highly eco-friendly and LEED / BREEAM certified. The MRF has a high content of recycled material and offers excellent acoustic comfort to both airborne and impact noise. It is fire-resistant, does not store electrostatic charges and has a high resistance to accidental loads. The MRF can be produced with adjustable shims and supports so as to optimise the space for wiring and piping.The MRF can be produced upon request in a special anti-seismic version, certified for earthquakes up to 7° on the Richter scale.The Modular Raised Floor (MRF) is made of:● Top finish: LINEA ;● Structural Core: high density anhydrous calcium sulphate, fire-proof (Class A1 fire reaction), adjustable thickness, so as to optimise
space for wiring and piping yet offer a high resistance to loads● Protective perimeter edge: in self-extinguishing polymer with a colour similar to the upper finish;● Lower finish: special sound absorbing film made of self-extinguishing polymers;● Vertical supports: moulded and ribbed galvanized steel designed to withstand high accidental loads;● Joints for acoustic decoupling: designed with a special insulating material to meet the standards required by regulations (Decree
05.12.1997 ), with regards to the passive acoustic requirements of buildings.
Many module types as well as finished floor heights (between 6 and 200cm) are available; such as anti-seismic and sound insulating, dry heating systems or sealed for hospitals, cleanrooms or residences.
The performances of a raised floor system are defined by the Standard UNI EN 12825:2003. The following are the main features of a finished floor 20cm high, as required by the standard:
1010
Vertical section - Scale 1:10
LINEA + structural core in calcium sulphate + supporting structure
Solution Type
Vertical section - Scale 1:10
Starting solution with a whole module
Decoupling soundproofing joint
Head Gasket
Head
Base
Structural core in calcium sulphate
Support
Surface finish LINEA
Complete standard modules
Structural core in calcium sulphate
Support Head
Decoupling soundproofing joint
Base
Head Gasket Elastic jointSurface finish
LINEA
RAISED FLOORING LINEA
1111
Structural core in calcium sulphate
Support
Decoupling soundproofing joint
Base
Head
Head Gasket
Complete standard modules
Finishing profile
Head
Finishing profile
Last module sectioned on the perimeter
Surface finish LINEA
Structural core in calcium sulphate
Support
Decoupling soundproofing joint
Base
Head
Head Gasket
Angle element in Black PVC
Head
Angle elementin Black PVC
Last module sectioned on the perimeter
Black buffering element
Black buffering element
Surface finish LINEA
Vertical section - Scale 1:10
Closing element solution with incomplete panel
Threshold solution with T-shaped profile
Vertical section - Scale 1:10
Complete standard modules
Galvanised steel angle elements doweled into
the base and screwed to the side buffer
1212
Vertical section - Scale 1:20
LINEA + structural core in calcium sulphate + supporting structure
Distribution of supports
RAISED FLOORING LINEA
1313
1414
RAISED FLOORING LINEA
STRUCTURAL COREPanel in inert high density calcium sulphate, class 0 thickness 30/34mm( >1500 Kg/m3) TYPE OF COVERING TILES:LINEA 3,5mm ceramic slabs in laminated porcelain.
OPERATIONS ON TILE:None
PRODUCTION PROCESSBinding using water dispersing vinyl adhesive and rectification with impact-resistant edge
COVERING TILE SIZES:- Multiple formats, also rectangular, integrated and inter-connectible. Maximum size100x50cm
1515
■ TOTAL THICKNESS OF FINISHED PANELBetween 33 and 36mm according to the module
■ DENSITY OF STRUCTURAL CORE≥ 1500 kg/m3
■ DIMENSIONAL VARIATION (After 24 hours of immersion in water):≤ 0,3%
■ WEIGHT OF FINISHED PANELApproximately 56 kg/m2
■ CONCENTRATED BREAKING LOADClass 2 (≥ 6 kN)
■ SAFETY FACTOR2
■ CONCENTRATED WORKING LOAD≥ 3kN
■ BENDING DUE TO WORKING LOADClass A (≤ 2.5mm)
■ RESISTANCE TO THE DISTRIBUTED LOAD≥ 2,200 kg/m3
■ DIMENSIONAL AND ANGULAR TOLERANCE OF THE PANELSClass 1 (± 0,2mm)
■ THICKNESS TOLERANCE OF THE PANEL (Excluding laminated porcelain surface finish)Class 1 (± 0,3mm)
■ FIRE REACTION OF THE MODULAR PANELFire-proof Class Bfl-s1 (according to UNI EN 13501)
■ FIRE RESISTANCEREI 30 (UNI EN 1366-6)
■ THERMAL CONDUCTIVITY λ *1,64 (0,44+1,2) W/m K * The thermal conductivity refers to that of the finished panel including the laminated porcelain tile. The value λ for ceramic finish is taken from the values published by KlimaHaus - CasaClima
■ ACOUSTIC INSULATION AIRBORNE NOISE41 Db according to the equation of the law of mass in diffused sound field with Assessment Index 500 Hz
■ ACOUSTIC INSULATION TO TRAMPLING SYSTEM (Framework law 447/95):Decoupling soundproofing joint
■ ELECTRICAL RESISTANCEAbout >2x1010 ohms
■ TYPE OF SUPPORTING STRUCTUREAdjustable vertical steel supports with a self-extinguishing gasket
■ GALVANISATION OF THE BEARING METAL STRUCTUREIn accordance with Directive 2000/52/EC. Does not include hexavalent chromium
■ GASKETS OF THE SUPPORTING STRUCTURE AND EDGES OF THE PANELIn self-extinguishing polymers
SYSTEM DESCRIPTION:The Modular Raised Floor (MRF) is a detachable and removable system. It consists of a bearing structure and inspectable panels that form a walkable surface with a LINEA finish.The MRF system has all the requirements essential for modern "intelligent" buildings which are highly eco-friendly and LEED / BREEAM certified. The MRF has a high content of recycled material and offers excellent acoustic comfort to both airborne and impact noise. It is fire-resistant, does not store electrostatic charges and has a high resistance to accidental loads. The MRF can be produced with adjustable shims and supports so as to optimise the space for wiring and piping.The Modular Raised Floor (MRF) is made of:● Top finish: LINEA ;● Structural Core: high density anhydrous calcium fibre, fire-proof (Class A1 fire reaction), adjustable thickness, so as to optimise space for
wiring and piping yet offer a high resistance to loads● Protective perimeter edge: self-extinguishing polymer with a colour similar to the upper finish;● Lower finish: aluminium sheet 0.05mm thick reinforced with tear and scratch resistant PVC that creates and excellent vapor barrier;● Vertical supports: moulded and ribbed galvanized steel designed to withstand high accidental loads;● Joints for acoustic decoupling: designed with a special insulating material to meet the standards required by regulations (Decree
05.12.1997 ), with regards to the passive acoustic requirements of buildings.
Many module types as well as finished floor heights (between 6 and 200cm) are available; such as sound insulating, dry heating systems or sealed for hospitals, cleanrooms or residences.
The performances of a raised floor system are defined by the Standard UNI EN 12825:2003. The following are the main features of a finished floor 20cm high, as required by the standard:
1616
Vertical section - Scale 1:10
LINEA + structural core in inert materials + supporting structure
Solution Type
RAISED FLOORING LINEA
Surface finish LINEA Head Gasket
Structural core in inert material
Support Head
Base
Decoupling soundproofing joint
Structural core in inert material Head Gasket
Head
Base
Support
Decoupling soundproofing joint
Complete standard modules
Elastic joint
Vertical section - Scale 1:10
Starting solution with a whole module
Surface finish LINEA
1717
Structural core in inert material
Support
Decoupling soundproofing joint
Base
Head
Head Gasket
Complete standard modules
Finishing profile
Head
Finishing profile
Last module sectioned on the perimeter
Surface finish LINEA
Vertical section - Scale 1:10
Closing element solution with incomplete panel
Threshold solution with T-shaped profile
Vertical section - Scale 1:10
Complete standard modules
Structural core in inert material
Support
Decoupling soundproofing joint
Base
Head
Head Gasket
Angle element in Black PVC
Head
Angle elementin Black PVC
Last module sectioned on the perimeter
Black buffering element
Black buffering element
Galvanised steel angle elements doweled into
the base and screwed to the side buffer
Surface finish LINEA
1818
Vertical section - Scale 1:20
LINEA + structural core in inert materials + supporting structure
Distribution of supports
RAISED FLOORING LINEA
1919
2020
STRUCTURAL COREPanel made of anhydrous calcium sulphate reinforced with organic fibres TYPE OF COVERING TILES:Margres porcelain tiles with thickness from 14 to 20mm
OPERATIONS ON TILE:None
PRODUCTION PROCESSBinding using fire and water resistant resin and dimensional rectification with impact-resistant edge
COVERING TILE SIZES:- Multiple formats, also rectangular, integrated and inter-connectible.
RAISED FLOOR MARGRES PORCELAIN TILES
2121
■ TOTAL THICKNESS OF FINISHED PANELBetween 31 and 37mm according to the module
■ DENSITY OF STRUCTURAL CORE≥ 1500 kg/m3
■ DIMENSIONAL VARIATION (After 24 hours of immersion in water):≤ 0,3%
■ WEIGHT OF FINISHED PANELApproximately 56 kg/m2
■ CONCENTRATED BREAKING LOADClass 2 (≥ 6 kN)
■ SAFETY FACTOR2
■ CONCENTRATED WORKING LOAD≥ 3kN
■ BENDING DUE TO WORKING LOADClass A (≤ 2.5mm)
■ RESISTANCE TO THE DISTRIBUTED LOAD≥ 2,200 kg/m3
■ DIMENSIONAL AND ANGULAR TOLERANCE OF THE PANELSClass 1 (± 0,2mm)
■ THICKNESS TOLERANCE OF THE PANEL (Excluding Surface finish porcelain stoneware)Class 1 (± 0,3mm)
■ FIRE REACTION OF THE MODULAR PANELFire-proof Class A1 (according to UNI EN 13501)
■ FIRE RESISTANCEREI 30 (UNI EN 1366-6)
■ THERMAL CONDUCTIVITY λ *1,64 (0,44+1,2) W/m K * The thermal conductivity refers to that of the finished panel including the laminated porcelain tile. The value λ for ceramic finish is taken from the values published by KlimaHaus - CasaClima
■ ACOUSTIC INSULATION AIRBORNE NOISE41 Db according to the equation of the law of mass in diffused sound field with Assessment Index 500 Hz
■ ACOUSTIC INSULATION TO TRAMPLING SYSTEM (Framework law 447/95):Decoupling soundproofing joint
■ ELECTRICAL RESISTANCEAbout >2x1010 ohms
■ TYPE OF SUPPORTING STRUCTUREAdjustable vertical steel supports with a self-extinguishing gasket
■ GALVANISATION OF THE BEARING METAL STRUCTUREIn accordance with Directive 2000/52/EC. Does not include hexavalent chromium
■ GASKETS OF THE SUPPORTING STRUCTURE AND EDGES OF THE PANELIn self-extinguishing polymers
SYSTEM DESCRIPTION:The Modular Raised Floor (MRF) is a detachable and removable system. It consists of a bearing structure and inspectable panels that form the walkable surface which is finished with 14 to 20mm thick porcelain tiles.The MRF system has all the requirements essential for modern "intelligent" buildings which are highly eco-friendly and LEED / BREEAM certified. The MRF has a high content of recycled material and offers excellent acoustic comfort to both airborne and impact noise. It is fire-resistant, does not store electrostatic charges and has a high resistance to accidental loads. The MRF can be produced with adjustable shims and supports so as to optimise the space for wiring and piping.The MRF can be produced upon request in a special anti-seismic version, certified for earthquakes up to 7° on the Richter scale.The Modular Raised Floor (MRF) is made of:● Top finish: ceramic porcelain tiles with a thickness between 14 and 20mm;● Structural Core: high density anhydrous calcium sulphate, fire-proof (Class A1 fire reaction), adjustable thickness, so as to optimise space
for wiring and piping yet offer a high resistance to loads● Protective perimeter edge: self-extinguishing polymer with a colour similar to the upper finish;● Lower finish: special sound absorbing film made of self-extinguishing polymers;● Vertical supports: moulded and ribbed galvanized steel designed to withstand high accidental loads;● Joints for acoustic decoupling: designed with a special insulating material to meet the standards required by regulations (Decree
05.12.1997 ), with regards to the passive acoustic requirements of buildings.
Many module types as well as finished floor heights (between 6 and 200cm) are available; such as anti-seismic and sound insulating, dry heating systems or sealed for hospitals, cleanrooms or residences.
The performances of a raised floor system are defined by the Standard UNI EN 12825:2003. The following are the main features of a finished floor 20cm high, as required by the standard:
2222
Margres porcelain tiles + structural core in calcium sulphate + supporting structure
Vertical section - Scale 1:10
Solution Type
Vertical section - Scale 1:10
Starting solution with a whole module
Decoupling soundproofing joint
Head Gasket
Head
Base
Structural core in calcium sulphate
Support
Porcelain stoneware Finish
Complete standard modules
Structural core in calcium sulphate
SupportHead
Decoupling soundproofing joint
Base
Head Gasket Elastic jointPorcelain stoneware Finish
RAISED FLOOR MARGRES PORCELAIN TILES
2323
Structural core in calcium sulphate
Support
Decoupling soundproofing joint
Base
Head
Head Gasket
Complete standard modules
Finishing profile
Head
Finishing profile
Last module sectioned on the perimeter
Procelain stoneware Finish
Structural core in calcium sulphate
Support
Decoupling soundproofing joint
Base
Head
Head GasketAngle element in Black PVC
Head
Angle elementin Black PVC
Last module sectioned on the perimeter
Black buffering element
Black buffering element
Galvanised steel angle elements doweled into
the base and screwed to the side buffer
Porcelain stoneware Finish
Vertical section - Scale 1:10
Closing element solution with incomplete panel
Threshold solution with T-shaped profile
Vertical section - Scale 1:10
Complete standard modules
2424
Distribution of supports
Vertical section - Scale 1:20
RAISED FLOOR MARGRES PORCELAIN TILES
Margres porcelain tiles + structural core in calcium sulphate + supporting structure
2525
2626
STRUCTURAL COREPanel in inert calcium sulphate material; in class 0 thickness 30-40mm high density ( >1500 Kg/mc) TYPE OF COVERING TILES:Margres porcelain tiles with thickness from 14 to 20mm
OPERATIONS ON TILE:None
PRODUCTION PROCESSBinding using water dispersing vinyl adhesive and rectification with impact-resistant edge
COVERING TILE SIZES:- Multiple formats, also rectangular, integrated and inter-connectible.
RAISED FLOOR MARGRES PORCELAIN TILES
2727
■ TOTAL THICKNESS OF FINISHED PANELBetween 40 and 54mm according to the module
■ DENSITY OF STRUCTURAL CORE≥ 1500 kg/m3
■ DIMENSIONAL VARIATION (After 24 hours of immersion in water):≤ 0,3%
■ WEIGHT OF FINISHED PANELApproximately 69 kg/m2
■ CONCENTRATED BREAKING LOADClass 3 (≥ 8 kN)
■ SAFETY FACTOR2
■ CONCENTRATED WORKING LOAD≥ 4kN
■ BENDING DUE TO WORKING LOADClass A (≤ 2.5mm)
■ RESISTANCE TO THE DISTRIBUTED LOAD≥ 2,200 kg/m3
■ DIMENSIONAL AND ANGULAR TOLERANCE OF THE PANELSClass 1 (± 0,2mm)
■ THICKNESS TOLERANCE OF THE PANEL (Excluding Surface finish porcelain stoneware)Class 1 (± 0,3mm)
■ FIRE REACTION OF THE MODULAR PANELFire-proof Class Bfl-s1 (according to UNI EN 13501)
■ FIRE RESISTANCEREI 30 (UNI EN 1366-6)
■ THERMAL CONDUCTIVITY λ *1,64 (0,44+1,2) W/m K * The thermal conductivity refers to that of the finished panel including the laminated porcelain tile. The value λ for ceramic finish is taken from the values published by KlimaHaus - CasaClima
■ ACOUSTIC INSULATION AIRBORNE NOISE41 Db according to the equation of the law of mass in diffused sound field with Assessment Index 500 Hz
■ ACOUSTIC INSULATION TO TRAMPLING SYSTEM (Framework law 447/95):Decoupling soundproofing joint
■ ELECTRICAL RESISTANCEAbout >2x1010 ohms
■ TYPE OF SUPPORTING STRUCTUREAdjustable vertical steel supports with a self-extinguishing gasket
■ GALVANISATION OF THE BEARING METAL STRUCTUREIn accordance with Directive 2000/52/EC. Does not include hexavalent chromium
■ GASKETS OF THE SUPPORTING STRUCTURE AND EDGES OF THE PANELIn self-extinguishing polymers
SYSTEM DESCRIPTION:The Modular Raised Floor (MRF) is a detachable and removable system. It consists of a bearing structure and inspectable panels that form the walkable surface which is finished with 14 to 20mm thick porcelain tiles.The MRF system has all the requirements essential for modern "intelligent" buildings which are highly eco-friendly and LEED / BREEAM certified. The MRF has a high content of recycled material and offers excellent acoustic comfort to both airborne and impact noise. It is fire-resistant, does not store electrostatic charges and has a high resistance to accidental loads. The MRF can be produced with adjustable shims and supports so as to optimise the space for wiring and piping.The Modular Raised Floor (MRF) is made of:● Top finish: ceramic porcelain tiles with a thickness between 14 and 20mm;● Structural Core: high density anhydrous calcium fibre, fire-proof (Class A1 fire reaction), adjustable thickness, so as to optimise space for
wiring and piping yet offer a high resistance to loads● Protective perimeter edge: self-extinguishing polymer with a colour similar to the upper finish;● Lower finish: special sound absorbing film made of self-extinguishing polymers;● Vertical supports: moulded and ribbed galvanized steel designed to withstand high accidental loads;● Joints for acoustic decoupling: designed with a special insulating material to meet the standards required by regulations (Decree
05.12.1997 ), with regards to the passive acoustic requirements of buildings.
Many module types as well as finished floor heights (between 6 and 200cm) are available; such as sound insulating, dry heating systems or sealed for hospitals, cleanrooms or residences.
The performances of a raised floor system are defined by the Standard UNI EN 12825:2003. The following are the main features of a finished floor 20cm high, as required by the standard:
2828
Vertical section - Scale 1:10
Margres porcelain tiles + structural core in calcium sulphate + supporting structure
Solution Type
Vertical section - Scale 1:10
Starting solution with a whole module
Decoupling soundproofing joint
Head Gasket
Head
Base
Structural core in calcium sulphate
Support
Porcelain stoneware Finish
Complete standard modules
Structural core in calcium sulphate
SupportHead
Decoupling soundproofing joint
Base
Head Gasket Elastic jointPorcelain stoneware Finish
RAISED FLOOR MARGRES PORCELAIN TILES
2929
Structural core in calcium sulphate
Support
Decoupling soundproofing joint
Base
Head
Head Gasket
Complete standard modules
Finishing profile
Head
Finishing profile
Last module sectioned on the perimeter
Porcelain stoneware Finish
Structural core in calcium sulphate
Support
Decoupling soundproofing joint
Base
Head
Head GasketAngle element in Black PVC
Head
Angle elementin Black PVC
Last module sectioned on the perimeter
Black buffering element
Black buffering element
Galvanised steel angle elements doweled into
the base and screwed to the side buffer
Porcelain stoneware Finish
Vertical section - Scale 1:10
Closing element solution with incomplete panel
Threshold solution with T-shaped profile
Vertical section - Scale 1:10
Complete standard modules
3030
Distribution of supports
Vertical section - Scale 1:20
RAISED FLOOR MARGRES PORCELAIN TILE
Margres porcelain tiles + structural core in calcium sulphate + supporting structure
3131
Notes
Chousa Nova . 3800-133 Í lhavo . Portuga l+351 234 329 700 . fax +351 234 302 090
margres .com . margres@margres .pt
Ed i t ion : March 2019