31 helpinghand - ishn · hand protection, water-proof gloves can be a tricky choice. if you want...

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The best fi tGlove options change with the seasons .......................................p.32

2015 International Glove SymposiumMarch 15-17, Contemporary Resort, Disney World, FL ...............p.33

All about latex allergyNIOSH info boosts awareness & prevention ................................p.36

Help your handsGuidelines for hygiene & injury prevention techniques ................p.38

Know your hazardsFive keys to reduce hand harm in oil fi elds ..................................p.42

Making the cutEngineered fabrics raise the bar for cut protection ......................p.46

Dorsal defenseGuard against impact & abrasion injuries ....................................p.48

Hand protection products ........................................................p.49

IGA 2015 Glove Symposium Sponsors:

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es, it’s a good time to start looking at different glove options to protect workers from these various haz-ards. With so many varieties, it makes sense to assess your specific needs and select the appropriate type. There’s no need to compromise fit or comfort, and there’s no guesswork involved. Follow these tips to select proper winter gloves:

1. Consider the type of insulation you need: cotton flannel, BOA acrylic, foam fleece, etc.

2. Determine which thickness of insulation will allow you the dexterity you need.

3. Do you need a waterproof lining?4. Consider the worker level of activity. Activity

level directly affects your core temperature and there-fore will affect the type of glove you should select. So if it’s -40°C (um, yeah, it gets that cold in some parts of Canada) and your activity level is low, you need some seriously warm gloves. On the other hand, if you’re in milder temperatures (and the envy of everyone else), with moderate to high activity levels, you might want more lightly insulated gloves. Warm,

but lighter, gloves won’t cause your hands to sweat or overheat – which can tempt you to remove your work gloves, and this is obvi-ously not a temptation you want to give into.

The right water-proof glove (use the left one too)

When it comes to hand protection, water-proof gloves can be a tricky choice. If you want good waterproof gloves, you need to make sure you choose ones that are well made. In this case especially, quality is key. Good waterproof gloves will combine water-repellent

materials with smart styling to ensure wetness stays out. Some gloves will also feature insulating liners to lock in warmth. If you can keep the cold and the wet out, there’s nothing holding you back.

Here are some things to factor in when selecting waterproof work gloves:

Wish list:= water repellency= insulation performance= agility= comfort= washability= durability

Ideal materials:= Neoprene (waterproof and durable, they’ll stand

up to almost any cold/wet job ) adjustable cuff to block out water and cold= Branded waterproof linings= Fleece, branded insulation products, or other

insulation (warm lining to keep the cold out)

Features to look for:= Adjustable or Velcro® wrist to keep wetness and

moisture out= Tailored sizing for optimal hand mobility= Quality materials

Don’t sweat itIn many places, once workers get some relief from

the cold weather, it seems like no time before they have to bear the high temperatures and humidity of summer. Just as you wouldn’t wear your winter jacket outside in July, you shouldn’t necessarily keep the same gloves on to work in the summer heat.

But don’t sweat it; you can keep cool when the heat is on while still complying with PPE standards in the workplace.

If you wear cut-resistant sleeves for work (we’re assuming you don’t wear them just for fun), stay-ing cool can really present a challenge. You really don’t have to sweat it out though. Yarn technology has advanced to the point where you can combine true comfort with uncompromised cut protection. Cutban™ sleeves, for example, offer a much cooler alternative to traditionally constructed sleeves. Knit with a high-tenacity filament yarn, you still get ASTM cut-level 2 protection, without the cumber-some heat that some products can impose.

A great feature of today’s cut-resistant sleeves is

that you can pick your length, style and thumbhole options, allowing the best possible fit.

Fine-gauge polyester knits are especially light-weight and breathable, wicking moisture away from hands. Even coated styles can offer this breathability. The addition of double-layer, micro-finish grip foam latex palms can provide excellent wet/dry grip with-out adding uncomfortable warmth.

Beyond your glove selection, make sure to follow other stay-cool tips, as long as they are in accordance with your workplace safety policies. When outdoors, wear a hat to prevent overheating and polarized sun-glasses to protect your eyes from harmful UV rays and extreme brightness, which causes fatigue. Use sunscreen. Whether working indoors or outdoors, stay hydrated. Loading up on H20 does wonders for keeping your body cool. Plan your activities wisely, take breaks and know your limits.

Safety in all seasonsRemember, when temperature and weather condi-

tions change, it’s a good time to reevaluate all your workers’ personal protective equipment, including hand protection. Different gloves not only provide better protection for certain environmental condi-tions, but when workers are not comfortable in their PPE, they are more likely to remove it, plac-ing them at risk for injury. Pick the right gloves for the specific worker, task and environment to keep workers’ hands safe in all seasons.

Julie McFater is the Marketing Manager at Superior Glove Works, the Canadian owned and operated global leader in work glove manu-facturing. She can be reached at [email protected].

FITFITFITT he BestT he BestT he BestT he BestT he BestT he BestT he BestT he BestT he BestFITT he BestFITT he BestFITT he BestFITHANDhelping

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A great feature of today’s cut-resistant

sleeves is that you can pick your length,

style and thumbhole options, allowing the

best possible fit.

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Industry focus: 2015 IGA Glove SymposiumMarch 15-17, Contemporary Resort, Disney World, FL

Many organizations and groups are involved in the safety industry, but did you know that the International Glove Association is the only orga-

nization dedicated exclusively to gloves and glove-related issues? Focused on the multiple needs of this section of the safety industry, enhancement of the glove market and other key issues, IGA combines years of experience with top-quality programs and resources to help its members achieve success in the marketplace while maintaining financially sound organizations.

As the glove industry continues to evolve to include more advanced materials and an increase in overseas manufacturing, the IGA is well positioned to support not only its member-ship, but also anyone who buys, distributes or uses industrial gloves. By creating an infor-mal, intimate and friendly environment where members and affiliates can share knowledge, learn and network, the IGA is teaching the world about the future of gloves, today.

Register for the 2015 Glove Symposium now: Visit: www.iga-online.com; 814-328-5208; or email [email protected]

Symposium highlightsDavid Avrin - The Visibility

Coach: In his entertaining and highly-actionable marketing presentations, David Avrin shows business owners and leaders, sales professionals, HR audiences and entre-preneurs how to do a deep-dive to ferret-out, recognize, craft and promote a truly unique and marketable competitive advantage.

Tom Craig - Global logis-tics: Given this situation, global logistics and trade management are becoming broad concerns. It’s critical that supply chain and global logistics organizations put in place the people, processes and technology required to deliver world class cost and service perfor-mance. This is your opportunity to verify that you are making the most efficient and cost effective decisions concerning your shipping and transportation policies and practices.

Mark Vitner - Economic overview: Mark Vitner is a managing director and senior economist at Wells Fargo, responsible for tracking U.S. and regional economic trends. Based in Charlotte, he also writes for the company’s Monthly Economic Outlook report, the Weekly Economic & Financial Commentary, and provides regular updates on the housing markets, commercial real estate, regional economies, and inflation.

Mark’s commentary has been featured in the New York Times, Wall Street Journal, Bloomberg, and many other publications.

Government regulations: How are government regulations affecting our indus-try? How are government regulations impact-ing your business? During this session, attend-ees will gain a better understanding of how the government regulates our imports and exports. We will gain a better understanding of tariff codes, duties, and trade barriers. These topics are an important part of the glove industry. A better understanding of government regulations will enable IGA members to make better busi-

ness decisions and ultimately lead to better business. What’s new in the market: Back by

popular demand, the IGA is going to open the floor to attendees! This session will give our members the opportunity to share what’s new regarding textiles, innovations, and advancements that are occurring in our industry. In an effort to protect information shared, presentations from this portion of the IGA Symposium will not be available on our website, but

contact information only. If you are inter-ested to see what the future holds for hand and arm protection, you won’t want to miss this session.

If you are interested in presenting during this time, contact the IGA offices at 814-328-5208.

Space is limited, as companies will be limited to 20 minutes for presentations.


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All about latex allergyNIOSH info boosts awareness & preventionBy MAUREEN BRADY, Managing Editor

Latex allergy has become a major health con-cern as more individuals have been affected. Increased exposure to latex proteins increases

the risk of developing allergic symptoms. Due to the use of latex gloves in the health care industry, health care workers are at high risk for developing a latex allergy. While less than one percent of the general pop-ulation in the U.S. (about 3 million people) suffer from a latex allergy, 8 to 17 percent of health care workers are sensitized to natural rubber latex, according to the American Latex Allergy Association. Rubber indus-try workers are another high-risk group. Other at-risk groups include housekeepers, hairdressers, and workers in industries that manufacture latex products.

Allergic reactions range from skin redness, rash, hives or itching to respiratory symptoms such as runny nose, sneezing, itchy eyes, scratchy throat and difficulty breathing and, rarely, shock.

The NIOSH pamphlet, “Latex Allergy: A Prevention Guide,” provides the following answers to some questions about latex allergy.

What is latex allergy?Latex allergy is a reaction to certain proteins in latex

rubber. The amount of latex exposure needed to produce sensitization or an allergic reaction is unknown. Increasing the exposure to latex proteins increases the risk of develop-ing allergic symptoms. In sensitized persons, symptoms usually begin within minutes of exposure; but they can occur hours later and can be quite varied. Mild reactions to latex involve skin redness, rash, hives, or itching. More severe reactions may involve respiratory symptoms such as runny nose, sneezing, itchy eyes, scratchy throat, and asthma (difficult breathing, coughing spells, and wheez-ing). Rarely, shock may occur; however, a life-threatening reaction is seldom the first sign of latex allergy.

Is skin contact the only type of latex exposure?

No. Latex proteins become fastened to the lubri-

cant powder used in some gloves. When work-ers change gloves, the protein/powder particles become airborne and can be inhaled.

How is latex allergy treated?Detecting symptoms early, reducing exposure to

latex, and obtaining medical advice are important to pre-vent long-term health effects. Once a worker becomes allergic to latex, special precautions are needed to pre-vent exposures. Certain medications may reduce the allergy symptoms, but complete latex avoidance, though quite difficult, is the most effective approach.

Are there other types of reactions to latex besides latex allergy?

Yes. The most common reaction to latex products is irritant contact dermatitis — the development of dry, itchy, irritated areas on the skin, usually the hands. This reaction is caused by irritation from wearing gloves and by exposure to the powders added to them. Irritant contact dermatitis is not a true allergy. Allergic contact dermatitis (sometimes called chemical sensitivity der-matitis) results from the chemicals added to latex during harvesting, processing or manufacturing. These chemi-cals can cause a skin rash similar to that of poison ivy.

How can I protect myself from latex allergy?

Take the following steps to protect yourself from latex exposure and allergy in the workplace:

1. Use non-latex gloves for activities that are not likely to involve contact with infectious materials (food preparation, routine housekeeping, general maintenance, etc.).

2. Appropriate barrier protection is necessary when handling infectious materials. If you choose latex gloves, use powder-free gloves with reduced protein content.

� Such gloves reduce exposures to latex protein and thus reduce the risk of latex allergy.

� So-called hypoallergenic latex gloves do not reduce the risk of latex allergy. However, they may reduce reactions to chemical additives in the latex

(allergic contact dermatitis).3. Use appropriate work practices to reduce the

chance of reactions to latex.� When wearing latex gloves, do not use oil-based hand

creams or lotions (which can cause glove deterioration).� After removing latex gloves, wash hands with a

mild soap and dry thoroughly.� Practice good housekeeping: frequently clean areas

and equipment contaminated with latex-containing dust.4. Take advantage of all latex allergy education

and training provided by your employer and become familiar with procedures for preventing latex allergy.

5. Learn to recognize the symptoms of latex aller-gy: skin rash; hives; flushing; itching; nasal, eye or sinus symptoms; asthma; and (rarely) shock.

What if I think I have latex allergy?If you develop symptoms of latex allergy, avoid

direct contact with latex gloves and other latex-con-taining products until you can see a physician experi-enced in treating latex allergy.

If you have latex allergy, consult your physician regarding the following precautions:

� Avoid contact with latex gloves and products.� Avoid areas where you might inhale the powder

from latex gloves worn by other workers.� Tell your employer and health care providers (phy-

sicians, nurses, dentists, etc.) that you have latex allergy.� Wear a medical alert bracelet.

Additional informationFor additional information about latex allergy,

or to request a copy of NIOSH Alert No. 97-135, Preventing Allergic Reactions to Natural Rubber Latex in the Workplace, call 1-800-35-NIOSH (1-800-356-4674).

Non-latex gloves offer an alternative for workers with a latex allergy or those who want to minimize their exposure to latex.

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HELP YOUR HANDSGuidelines for hygiene & injury prevention techniques

By MAUREEN BRADY, Managing Editor

The hands play an important role in all aspects of our life, both on the job and at home. It makes sense to take care of your hands to

keep them healthy and injury-free.The first step to proper hand care is practicing good

hand hygiene. According to the Centers for Disease Control and Prevention (CDC), hand hygiene practices are the best way to prevent infection and illness. Following are

some CDC guidelines regarding hand hygiene:

When should you wash your hands?• Before, during and after preparing food• Before eating food• Before and after caring for someone who is sick• Before and after treating a cut or wound• After using the toilet• After changing diapers or cleaning up a child who

has used the toilet

• After blowing your nose, coughing or sneezing• After touching an animal, animal feed or animal

waste• After handling pet food or pet treats• After touching garbage

How should you wash your hands?• Wet your hands with clean, running water (warm

or cold), turn off the tap, and apply soap.• Lather your hands by rubbing them together with

the soap. Be sure to lather the backs of your hands, between your fingers, and under your nails.

• Scrub your hands for at least 20 seconds. Need a timer? Hum the “Happy Birthday” song from beginning to end twice.

• Rinse your hands well under clean, running water.

• Dry your hands using a clean towel or air dry them

What should you do if you don’t have soap and clean, running water?

Washing hands with soap and water is the best way to reduce the number of microbes on them in most situations. If soap and water are not avail-able, use an alcohol-based hand sanitizer that contains at least 60 percent alcohol. Alcohol-based hand sanitizers can quickly reduce the number of microbes on hands in some situations, but sanitiz-ers do not eliminate all types of germs.

NOTE: Hand sanitizers are not as effective when hands are visibly dirty or greasy.

How do you use hand sanitizers?• Apply the product to the palm of one hand

(read the label to learn the correct amount).• Rub your hands together.• Rub the product over all surfaces of your

hands and fingers until your hands are dry.

Nail hygieneAppropriate hand hygiene includes diligently

cleaning and trimming fingernails, which may har-bor dirt and germs and can contribute to the spread of some infections, such as pinworms. Fingernails should be kept short, and the undersides should be cleaned frequently with soap and water. Because of their length, longer fingernails can harbor more dirt and bacteria than short nails, thus potentially contributing to the spread of infection.

Before clipping or grooming nails, all equip-ment (for example, nail clippers and files)

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Be sure to lather the backs of your hands, between your fingers, and under your nails.

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should be properly cleaned. Sterilizing equipment before use is especially important when nail tools are shared among people.

Infections of the fingernails or toenails are often characterized by swelling of the surrounding skin, pain in the surrounding area, or thickening of the nail. In some cases, these infections may be serious and need to be treated by a physician.

To help prevent the spread of germs and nail infections:• Keep nails short and trim them often.• Scrub the underside of nails with soap and water

(or a nail brush) every time you wash your hands.

• Clean any nail grooming tools before use.• Sterilize nail grooming tools before use.• Avoid biting or chewing nails.• Avoid cutting cuticles, as they act as barri-

ers to prevent infection.• Never rip or bite a hangnail. Instead, clip

it with a clean, sanitized nail trimmer.

Use of hand lotionsPetroleum-based lotion formulations can

weaken latex gloves and increase permeabil-ity. However, lotions are often recommended to ease the dryness resulting from frequent hand

washing and more recently to prevent dermatitis resulting from glove use. The primary defense against infection and transmission of pathogens is healthy unbroken skin.

Frequent hand washing with soaps and antiseptic agents

can cause chronic irritant contact dermatitis. Damage to the skin changes skin flora, resulting in more frequent colonization by staphylococci and gram-negative bacteria. The potential of detergents to cause skin irri-tation can vary considerably, but can be reduced by adding emollients.

Lotions that contain petroleum or other oil emollients should only be used at the end of the workday. If using lotions during the workday, select a water-based product. Ask the manufac-turer about the interaction of their product with gloves and other materials you could come in contact with on the job.

Avoiding hand injuryIn addition to wearing protective gloves, work-

ers can take other steps to prevent injuring their hands on the job. Best Performance Systems, a company that develops and implements custom programs to reduce injury costs and improve pro-ductivity and efficiency, offers these guidelines* to eliminate hand tension and fatigue, making work easier and more productive:

• Avoid using a pinch grip. Grasp objects with as much of your hand as possible. A pinch grip using only your fingers increases stress in the hand and wrist.

• Keep the wrist in a straight or neutral position when working. You may have to move your equip-ment, or alter your shoulder or foot position.

• Position your feet so the legs assist with the movement when a task involves pushing, pull-ing or moving items sideways while grasping.

• Find more than one way to grasp when a task requires prolonged or repetitive grasping. The mus-cles that work while grasping with one type of grip will be resting when you use a different type of grip.

• Avoid looking down too often. Looking down frequently reduces blood flow to your arm and makes the hand and arm weak and tense. If you must look down a lot, take three-second stretch breaks two to four times per hour.

• Take stretch breaks two to four times per hour if you have hand, wrist, elbow or forearm tension, fatigue or cramps. Do the stretch that makes you feel better after you do it.

• Do strengthening exercises outside of work that simulate your job if grasping is difficult for you. This can be done with weights or rubber tubing. The proper resistance is enough to cause mild muscle fatigue after the third set of 8 rep-etitions, done three times per week.

*Reprinted in part with permission from “The Proper Care for Your Hands,” Best Performance Systems,

www.bestperformancesystems.com/articles/HandCareTraining.pdf. For more information, email [email protected].



HELP YOUR HANDS

Take stretch breaks two to four times per hour if you have hand, wrist, elbow or fore-arm tension, fatigue or cramps.

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Know your hazardsFive keys to reduce hand harm in oil fields By MELISSA EMEKLI

Hand and/or finger injuries lead the oil and gas industry’s recordable incident rates every year and account for up to 22.88 per-

cent of total lost-time incidents. It is no secret that safety gloves play a significant

role in protecting workers’ hands. In fact, in a study conducted by OSHA, data revealed that 70 percent of workers who suffered hand injuries were not wearing gloves during their accident.

However, gloves are the last line of defense. While it is essential to reinforce the importance of wearing gloves on the job, providing the best hand protection is about more than just the glove.

1. Know your environmentIt is important to identify the potential hazards

and elements you will be exposed to in your work environment to understand the best way to protect yourself and your employees. In order to understand what your employees face, go onsite, observe the workplace environment, and perform a hand safety site analysis to determine the most appropriate gloves required for each individual task. Survey the work

area, and the workers, looking at it solely from the hand and finger hazard vantage point.

• Is there the potential for blunt-force impact, crush or pinching injuries?

• What about severe abrasions or lacerations to the hand?

• Will your workers be exposed to any elements such as the cold or have the potential to get their hands wet?

Be sure to study the entire work environment when setting a plan to keep your employees’ hands and fin-gers safe.

2. Put controls in placeWell-defined and communicated policies and

procedures outline processes for your employ-ees to easily comply with hand safety objectives. Standardizing gloves can help promote proper glove usage and reduce the likelihood of non-compliance. Additionally, initiating a sign-out process for work-ers to obtain new gloves can serve as another control to increase awareness and accountability. Controls like these ensure all workers are taking the same steps to ensure optimum hand safety awareness and protection.

3. Keep hand safety awareness top of mind

Training, communication and employee involvement are key components to keeping hand safety awareness top of mind. Starting with big picture programs down to daily tailgate meetings or toolbox talks, hand safety should be a topic discussed regularly. Employee participation is key, as is variety. If your program does not have the ability to incor-porate new ideas or even new materials, it will become stale and mundane. The perfect hand safety awareness program includes information pertinent to specific activities, open dia-logues, and actionable tasks that are easily implemented.

4. Choose the proper protectionIn the above-mentioned study by OSHA, it was

reported that 30 per-cent of hand injuries occurred because hand protection was inadequate, dam-aged or misapplied. Choosing the proper protection is essential to prevent-ing on-site hand injuries.

Select high-performance task-specific hand protection

With the physically demanding and rigorous work performed in the oil field, many of the major oil pro-ducers already have outlawed dotted and non-dotted cotton gloves and are requiring high-performance task-specific hand protection. Knowing your environ-ment — and understanding the benefits of the high-

performance materials used in each glove type you are considering — is key to understanding the type of hand protection you and your workers will need.

Provide impact- and cut-resistant protection

Critical impact and pinch-point protection is essen-tial to help absorb and disperse blunt-force impact and heavy abrasion-type injuries. Thermal Plastic Rubber (TPR) provides impact protection on top of


continued on page 44

Photo courtesy of Ringers Gloves

Go onsite, observe the workplace environment, and perform a hand safety site analysis to determine the most appropriate gloves required for each individual task.

Well-defined and communicated policies and procedures outline processes for your employees to easily comply with hand safety objectives.

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your hand and down the full length of your fingers. In many cases, the TPR buys critical seconds during an incident to free you from the situation.

Cut- and puncture-resistant gloves consist of highly durable materials that have undergone rigorous test-ing for endurance and strength. Cut protection is a combination of many factors, and industry standards groups have made tremendous progress in testing and measuring the cut protective performance of gloves and apparel. Certified hand gear falls under the CE EN388 Mechanical Risk Standards classification. Performance measurement involves a rating from 1-4 (puncture, tear and abrasion resistance) and 1-5 (cut resistance), with “1” meeting minimum certification requirements and “5” meeting the highest demands.

When selecting a cut-resistant glove, be sure to

carefully consider all the potential hazards your hands may experience in order to ensure the greatest level of protection.

Increase visibilityThe need to be seen is critical for safety. High-

visibility gloves are designed to draw attention to your hands to prevent injuries and fatalities from struck-by hazards and heavy machinery. When a highly visible hand is moving around on equipment, the potential for injury is greatly reduced.

Ensure the proper fitIf your gloves do not fit correctly, they can-

not protect correctly. There are many factors to consider when selecting a glove. Ensuring the proper glove fit is just as important as choos-ing the proper glove type and material for your task. A glove that fits properly conforms to the hand and does not feel too tight or too stiff.

A tight fitting glove can negatively affect fine motor skills, irritate the skin and lead to hand fatigue. On the other hand, a glove that fits too loose can cause a person to execute movements awkwardly and potentially lead to exposure to hazardous elements. Evaluating a glove’s abil-ity to contour to the hand, and properly fit the width of the hand, is key to finding a good fit-ting glove.

5. Maintain and update your equipment

It’s important to purchase durable gloves that are made to last. However, it is just as impor-tant to take care of your equipment to ensure it lasts and performs correctly when needed most. Gloves need to be clean to maintain a good grip and provide proper protection. Know how to properly care for each type of glove. Some gloves are machine washable using cool water and a mild detergent. If your glove is made of leather, it will need to be hand washed. All gloves require an air-dry to prolong the life of the palm. Always check your gloves prior to performing a task to ensure they are in prime operating condition.

Melissa Emekli is Marketing Manager for Ringers Gloves. Ringers Gloves is a global provider of impact safety gloves, including the Roughneck®. Ringers develops and distributes more than 50 styles of task-specific hand safety products, uniquely and specifically designed to meet the needs of a variety of industries and hazards. For more information, visit www.ringersgloves.com.

Know your hazards

Take care of your equipment to ensure it lasts and performs correctly when needed most.

When a highly visible hand is moving around on equipment, the potential for injury is greatly reduced.


Certificate in Safety Management

Need help connecting safety with your organization’s business objectives?

The Certificate in Safety Management provides a forum to share challenges, craft solutions, and implement the necessary skills to be successful in positioning safety in your organization.

REGISTER TODAY! +1.847.699.2929The seminars from the Certificate in Safety Management may be taken to complete the Certificate in Safety Management or each seminar can be studied independently as continuing education. Learn more at www.asse.org/CSM

Top 9 things you’ll learn:

1 Design a safety management system supporting business objectives

2 Implement proven system elements to identify and eliminate risks

3 Influence and advise management

4 Establish accountability and reinforce behavior

5 Adapt to corporate mergers, downsizing, and reorganization

6 Satisfy ethical, financial and legal responsibilities

7 Demonstrate business acumen and negotiation skills

8 Develop policy statements and performance standards

9 Formulate budgets and cost controls

2015 SCHEDULEDate Seminar Location

March 16-18, 2015 Safety Management I Des Plaines, IL

March 19-20, 2015 Safety Management II Des Plaines, IL

April 20-22, 2015 Corporate Safety Management Jacksonville, FL

June 5-7, 2015 Corporate Safety Management Dallas, TX

June 5-7, 2015 Safety Management I Dallas, TX

June 11-12, 2015 Safety Management II Dallas, TX

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A CUT ABOVE. Mechanix Wear CR5 protection delivers CE level 5cut-resistance where sharp tools and sharp materials are present.The CR5 Series features Armortex® Cut technology which deliversfunctional cut-resistance to the palm and fingers without sacrificing fit, feel and overall dexterity.

Original® CR5 M-Pact® CR5

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By JENNIFER CHOI

Cut ratings have become a trendy topic in industrial safety, with glove manufacturers developing new blends of High Performance

Polyethylene (HPPE) that stretch our imaginations regarding what fabric can do. Blends of Aramid®, Kevlar®, and other engineered fabrics have raised the threshold on hand protection.

HPPE blends allow for user comfort, coupled with

extreme protection. Many cut-resistant glove options have turned up on the market, and the testing of Personal Protective Equipment (PPE) has precipitated a veritable lab war between the U.S. and European standards. While EN testing was originally devel-oped for the European Union, it is accepted nearly worldwide as a safety certification. Meanwhile, ANSI testing has gained traction recently on many U.S. job-sites, as many in America feel it is “tougher” to get a high rating.

ANSI/ISEA 105 Cut Performance Levels (Based on ASTM F1790 Testing)

Key: ASTM measures force in grams. ANSI is the standard that assigns “levels”. ISEA and ANSI are governing bodies, comprised of industry leaders who develop and hone testing procedures for the industry.

Test procedureBlade: Four inch straight blade

Cutting Path: Straight pathDuration: In contact with the material one timeLoads: Three different loads Distance Cut: 20mm (2005), or 25 mm (1997)Two versions of this US standard: 1997 ver-

sion vs 2005 version1997 Version: CPP tester only; 25mm cut

length2005 method does not require the blade to

cut through the mounting tape to register a cut result; Calibration load was increased to 500g; 20mm cut length

Instruments: CPP and TDM testers (TDM-100 - Updated version of the CPPT machine. This machine changed the position of the fabric placement and the weight system.)

Note: CPP testers (ASTM 2005 version) usu-ally yield a lower result than the 1997 version

Measured in: Grams of forceApplications: Cuts from impact or from grasp-

ing a sharp objectDisadvantages: The microscopic sharpness of

blades varies, and need calibration. This causes vari-ance from lab to lab (about 27 percent on average).

EN 388Developed by CEN (The European

Committee for Standardization)

Test procedureIn the EN388 blade cut test the test specimen is

placed in a holder on top of a piece of aluminum foil, then a circular blade is applied to the sample and moves back and forth until it cuts through the sample. When the blade cuts through the sample it contacts the foil and completes a circuit to turn the machine off. This is done five times on each sample (10 cuts in total across two specimens).

Blade: Circular/rotatingCutting Speed: Maximum of 10cm/sCutting Path: StraightLoad: Fixed/ Limited to a five Newton maxInstruments: TDM or CouptestControl Material: Cotton canvas fabric

Making the cutEngineered fabrics raise the bar for hand protection


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HANDhelpingAlternating cuts on control fabric, and sample fab-

ric until at least five results are obtained. Cut resis-tance is a ratio of the number of cycles to cut through the sample, versus the control fabric.

Note: En388 penalizes glove materials which blunt the test blade because the index is calculated from the average sharpness of the blade before and after the test. If the blade is blunted for a given number of cuts, the index would be lower than if the blade was not blunted by the sample.

Measured in: Newtons of forceDuration: Until it cuts; if the machine cannot cut

through the sample, it is accelerated to the ISO 13997 testDisadvantages: Once the blade cycles over the mate-

rial, the blade gets duller with each passing rotation. EN 388 is not able to measure more cut-resistant engineered yarns containing steel wire. The EU is consider-ing abandoning this test procedure.

Applications: Suited to the hazard of sharp objects sliding through hands, i.e. handling glass panes.

EN ISO 13997Developed by ISOWHY: When fabrics exceed EN 388 cut

standards (they cannot be cut through at a max load of five Newtons) testing facilities automatically accelerate to ISO 13997.

Different: Ratings of four or five are the only ones available

Test procedureBlade: Straight; blades are validated on a

piece of Neoprene and there is a “blade sharp-ness” correction factor applied to the result.

Cutting Speed: 2.5m/sCutting Path: StraightLoads: Three different loads; adjusted

depending on the sample—until it cuts!Distance Cut: 20mm or 25 mm Instrument: TDMMeasured In: Newtons of ForcePrevalence: Growing as new HPPE fibers

are coming out.Applications: Cuts from impact or from

grasping a sharp object

Apples to orangesThere is no easy comparison between the EN

and ANSI cut test standards because they are measured with completely different machines. Additionally, the corresponding measurements are reported in different units of measure. The best test for your worksite will depend on the jobsite hazards.

No perfect testAnother factor to consider is the margin of error

that may make a difference of up to one cut grade level on sample gloves due to the difference between machines, or placement of the sample (i.e. if the machine must cut through a seam of Kevlar® thread in addition to the base fabric, the cut rating may be superficially elevated). Performance levels of the gloves are measured in ranges, with some levels spanning larger ranges than others. There may be

noticeable differences between the lowest and high-est products within a range. Also, test reports may include a margin of error of up to 27 percent between labs due to blade differences.

Cost performance analysisWith some testing labs reporting up to 25 percent of

incoming test gloves exceeding the EN 388 standard, it is prudent to examine the quiet entrance of EN ISO 13997 onto today’s cut test scene. As PPE manufactur-ers develop cutting edge fibers, the upper spectrum of these ratings are being reexamined.

Jennifer Choi is Vice-President, Marketing for Cestusline, Inc. Contact her at [email protected] or 503-961-4922.


©Magid Glove & Safety Mfg. Co. LLC. *Exclusions may apply.

You won’t believe your hands.Magid introduces the first glove ever to provide the highest level of cut protection with a material this light. The new D-ROC® GPD800 offers lab-tested comfort, dexterity and grip with the maximum level of cut protection around the entire glove.

> ANSI Cut Level 5 protection> Ultra-lightweight 13-gauge HPPE blended shell> Touchscreen compatible

Request a free trial pair today!Style #GPD800 at magidglove.com/GPD800 or call 800-444-8030

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By ANDY OLSON

Is there any doubt? Hands are crucial for our lives and work. The ability to grasp, hold and manipulate tools and objects with strength and dexterity is crit-

ical to our everyday lives, and especially to our work. It is, we are told, what sets us apart from most other creatures. And common phrases referring to “manual labor” or “being handy” recognize the central place our hands play in work. But because of their vital role in our working lives, hands are also vulnerable to injury and protecting hands from injury is a fundamental part of most workplace safety programs.

Too often, though, these efforts focus primarily on the palm side of the hand. Less attention is paid to protecting the back (or dorsal) side, which is critical for our hands to operate effectively. This becomes even more important in extreme environments where dorsal side injuries are more common. Think oil and gas drilling, extraction and refining; mining; heavy construction; demolition; cargo handling; and other industrial settings.

Bone up on hand anatomyWhen we are very familiar with something, we say

we “know it like the back of our hand.” However, hands are complex. There is a lot to know. Start with the bones. Each hand is comprised of 27: 14 in the fingers, eight in each wrist, and five in the metacar-pus or palm. Movement of these bones is controlled by forearm muscles which are connected to the bones via tendons. In some ways, it’s helpful to think of our hands as marionettes. Muscles pull strings (ten-dons) on the bottom side of our forearms which cause our fingers to grip (a movement known as flexion). Muscles on the back side of our forearm cause fingers to open (a movement called extension). Both are criti-cal for work; you do need to let go of things after all. The smaller hand muscles allow for delicate move-ments and work with nerves and blood vessels to allow feeling and for using our hands effectively.

Injuries to these bones, tendons or muscles are often caused by an impact, a pinch or a blow. And these injuries can be significant. Damage to just one hand component can make a worker less effective or even prevent them from performing their duties completely. Natural protection for the palmar side of the hand is provided by thicker skin and numerous cell layers. These layers can be enhanced with cal-luses, essentially thickened by pads of dead skin cells built up for work. Still more padding is provided by muscles and fat cells.

One-sided solutionsThe vast majority of hand protection solutions (i.e.

gloves) focus on the palm side of the hand. Gloves designed to protect against cuts, abrasions, burns, impact or vibration do so with special padding, thick leather or other heavy materials.

Most often, these gloves address the dorsal side with a thinner material offering minimal protection. This “other side of the hand” with its thinner skin and fewer muscles is less naturally protected from inju-ries. And that makes wearing gloves that focus only on the palm side of the hand like wearing sandals – fine for a walk on the beach, but not appropriate for work environments where both sides are at risk.

Injury preventionEngineering controls are

always the preferred method of hand injury prevention. Designing work environ-ments, equipment and tasks so that workers’ hands are never placed in jeopardy is the best approach. However, this is not always realistic, especially when workers are engaged in construction, assembly, disas-sembly or repair-type tasks that require hand tools or extreme handling. Training, work practices and administra-tive controls are also effective in keeping workers’ hands out of danger zones. They can prevent impact, pinch or blow injuries when working around moving parts, equipment or large loads. Examples include tag lines, tools and reach poles. However, the success of this type of ‘hands-off’ policy requires that it be effectively promoted and enforced.

Too much bulk makes workers balk

Some tool manufacturers have designed their hand and power tools to protect the dorsal side of the hand in a way similar to sword hilts. This can be seen in the brush guard on most modern chainsaws. Unfortunately, these types of guards are sometimes ‘clunky’ and limited in their effective-ness. Similarly, hockey and boxing have produced unique gloves offering substantial dorsal protection – but obviously unsuitable for work applications. The padded bulk of the boxing glove only works with a fist while the dorsal padding on a goalie glove prevents the wearer from grasping anything more delicate than a hockey stick.

Thickly padded gloves also raise concerns in work applications. Where hand clearances are already lim-ited, bulky gloves can interfere with access to parts or fasteners, making fine work difficult. Bulky gloves also increase the chance of getting caught in moving parts when working around moving equipment or machinery. Of course, in warm climates and hot envi-ronments thickly padded gloves can be uncomfort-able. All of the above may lead to workers choosing not to wear the glove, leaving their hands exposed and more vulnerable to injury.

Protection, dexterity & fit So how do you protect both sides of the hands

while still allowing workers to do their job? In addi-tion to engineering controls, training and work prac-tices, there are certain specialized gloves that have been designed to address this issue. These gloves balance protection, dexterity and fit in order to be effective. As with most other personal protective equipment (PPE) selection, choices must evaluate the specific hazards and task demands faced.

If impact and injuries caused by blows are a con-

cern, then dense padding may be appropriate to dis-tribute the force across a greater portion of the hand to protect the bony back side and knuckles. In addi-tion, strategically placed molded rubber, both on the knuckles and fingers, may further serve to mitigate the effects of an impact, a pinch or a blow. Abrasion protection must surround the entire hand to be effec-tive. If the goal is to prevent incidental contact between the dorsal side and a rough or sharp surface, narrow hold-off strips can be effective at distancing the hand from the surface while allowing easy finger movement.

While impact and abrasion protection are impor-tant, they should not come at the expense of worker motion. Using padding or other materials that are too thick or too bulky will compromise dexterity and make the glove more a hindrance than a help. Overall, the protective glove must fit comfortably and correctly. A comfortable and secure fit ensures the glove will be worn and therefore able to provide the intended protection.

Reduce risk & wear PPEHands, movement, gripping and dexterity are criti-

cal to our life – on the job and off. If the back of the hand gets injured, the entire hand may be rendered useless, perhaps for an extended period. Follow the hierarchy of controls to eliminate or reduce risk as much as reasonably possible. Where you can’t use engineering or administrative controls, use effective hand protection PPE. Proper selection of hand protec-tion PPE requires looking at the worker, the task and both sides of the hand.

Andy Olson is Associate Product Director for Ergodyne, www.ergodyne.com.

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Guard against impact & abrasion injuriesDORSAL DEFENSE

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Comfort & cut resistanceMemphis® Dyneema® Frost 9672F – 13 gauge, white, filament yarn DSM Dyneema® blended shell with a black polyurethane (PU) palm and forefinger coating, CE 4342 and ANSI cut level 2. This is one of the cool-est and most comfortable cut-resistant offerings. Call MCR Safety at 800-955-6887 or visit www.mcrsafety.com for all your safety gear needs. Circle 241

Glove clipThe Handi Klip® glove clip can reduce glove loss and hand injuries by as much as 86 percent! The safety breakaway allows a full range of motion and can be reassembled if pulled apart. Oversized jaws make the clip easier to use and fit even the largest pair of gloves. Glove Guard, www.GloveGuard.com. Circle 239

Back-of-hand protectionFew materials combine protection and dexterity like leather does, and even fewer gloves offer the fit and function of the RockHard Original from Cestus®. With a reinforced goat-skin leather palm and strategically locat-ed Thermoplastic Rubber (TPR) impact shields, the RockHard Original gives you resilient grip and flexible back-of-hand protection. Cestus Gloves, www.cestusworkgloves.com. Circle 237

ANSI cut level 5 glovesMagid introduces the GPD800 — the first work glove ever to provide the industry’s highest level of cut protection using a material this light. The GPD800 offers ANSI Cut Level 5 protection, not just at the palm, but around the entire glove. With an ultra-lightweight 13-gauge HPPE blended shell and a touchscreen compatible poly-urethane palm coating, the GPD800 delivers an unparalleled combination of safety, comfort, dexterity and grip. Magid Glove & Safety Manufacturing Company LLC, www.magidglove.com/gpd800/. Circle 240

Anti-impact grip glovePortwest’s Anti-Impact Grip Glove (UA721) contains an abrasion-resistant nitrile foam coating which combines exceptional grip for water, grease and oil with maximum impact protection. It complies with ANSI 105-201, EN420 and EN388 standards. Portwest’s Anti-Impact cut-resistant glove (UA722) achieves exceptional levels for blade cut resistance adhering to ANSI 105-2011standards and EN388 4.5.4.3. Suitable for all heavy-duty applications. Portwest, www.portwest.com. Circle 242

Protective sleevesSouthern Glove protective sleeves come in 10-inch to 24-inch lengths and 3-inch to 4-inch widths. Sleeve construction is single and double-ply 100-percent Kevlar or Kevlar®/cotton platted. Protective sleeves provide ideal arm protection for glass handling, metal stamping, sheet metal, automotive, electrical, light heat applications, industrial maintenance, construction, manufacturing and carpentry. Southern Glove, southernglove.com. Circle 243

High performance for Hand, Arm and Body Protection Quality, performance and functionality speak for themselves. The advanced properties of the Taeki5® protective gears are allowing safety professionals to address the toughest requirements for Hand Arm Body protection and ensure a safer working environment. Available in the USA at www.cordovaisc.com, www.west-chester.net, www.globalglove.com. Do you Taeki? Now you Do! Circle 244

Cryo-Protection™ safety kit Tempshield’s Cryo-Protection™ Safety Kit provides the essential PPE for those working with liquid nitrogen. Available in three models, each kit includes a pair of waterproof gloves, an apron and a Tempshield Cryo-Protection™ Face Shield. Choose from one of the Cryo-Glove® / Cryo-Apron® models or the CRYO-INDUSTRIAL® model. Tempshield Cryo-Protection™ Face Shield is also available separately. Tempshield, www.tempshield.com. Circle 245

Impact-reducing gloveErgodyne has launched its third knit dipped Dorsal Impact-Reducing (DIR) Glove: the ProFlex® 922CR Cut Resistant Nitrile-Dipped DIR Gloves. The new 922CR offers the same patent-pending dorsal protection, grip, flex-ibility and dexterity as the popular 920 and 921 DIR gloves, while also delivering EN Level 5 cut protection and Level 3 puncture protection from rugged HPPE seamless knit construction. Ergodyne, www.ergodyne.com, 800-225-8238. Circle 253

IMPACTO® iTECH touchscreen gloves New iTECHs allow use of smartphones, tablets, GPSs and all other touchscreen devices. Conductive fabric on tips of index and thumb allow touchscreen activities without interference. Polar fleece lining; palm patches minimize slipping; elasticized wrist cuff. Impacto Protective Products, Inc., www.impacto.ca. Circle 247

Cut-resistant, high-impact, high-vis gloveIt’s all about the application. At Ironwear we pride ourselves on col-laborating with end users to ensure our Personal Protective Gear is truly protecting the employee, along with enhancing the work environment. Working in conjunction with several end users, we developed a cut-resis-tant, high-impact, high-visibility glove to protect the hands of employees with the toughest jobs. Call Ironwear at (800) 329-2235 or visit www.ironwear.com. Circle 246

EN cut level 5 protective glovesThe new Maximum Safety® TuffMax5 provides users with cut and pinch point protection in general duty handling and oily conditions. Its HPPE fiber shell is lightweight and provides excellent dexterity, tactile sensitiv-ity and cut resistance that is available in EN cut level 5. Protective Industrial Products, www.pipusa.com Circle 248

GX105 ToolHandz® GlovesThe GX105 ToolHandz® impact-resistant mechanic’s gloves from Revco Industries (Black Stallion®) are perfect for oil, gas and mining industries. These monstrous gloves offer extreme protection from bang-ups and falling debris, while the high contrast design makes it easy to spot fin-gers. Above all, the amazing flexibility and inner cushioning provide extra protection and comfort. Revco Industries, www.blackstallion.com. Circle 249

ASTM cut level 3 glovesNew and improved! Astounding ASTM Cut Level 3. Unique 18-gauge comfort. This glove has recently been accepted into a Toyota assembly plant. According to the safety specialist: “They worked out perfectly … we shared them with the contractors and they also like them. Thank you!” Get your glove samples! Call Superior Glove Works Ltd. at 800-265-7617 or email [email protected]. Circle 250

Impact- & cut-resistant gloveYoungstown’s Titan XT Lined with Kevlar® just got tougher. This incredible glove offers next level protection: impact resistance, cut resistance, punc-ture resistance, anti-vibration, hi-viz coloring, reflectivity and a heavy-duty, non-slip palm. Whoa! That’s a LOT of glove. Yet it is dexterous and com-fortable and just plain awesome. Part #: 09-9083-10. Available in sizes S – 3XL. Youngstown Glove Company, www.ytgloves.com, 800-680-7177, [email protected]. Circle 251

Nitrile disposable gloves/violet (SKU# 2930) 3 Mil Examination Grade S-XLDesigned for strength and fit, they provide a barrier to bacteria, solutions, and many medical chemicals and have the lowest bacterial transfer rates between gloves. Violet color for differentiation from other gloves for easy identification. West Chester Protective Gear, www.westchestergear.com. Circle 252

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