Get a Hand with Chemical-Resistant Gloves

Get a Hand with Chemical-Resistant Gloves
Chemical Resistant 18 mil Yellow Latex Gloves
Chemical Resistant 18 mil Yellow Latex Gloves

You don’t need to get an A in Chemistry Class to understand that there are tons of kinds of chemicals in the world. Over 60 million kinds of chemicals are registered with Chemical Abstracts Service (CAS) system. From these, about 80,000 are subject to utilization by various industries.

The Chemistry of Chemicals

Chemicals simply co-exist with many industrial operations today. Whether in manufacturing, automotive and electronic production, pharmaceutical, medical, and chemical laboratories, and even in agricultural industries, these chemicals are essential for daily process and are proven to be beneficial for the business.
It is said that ‘with great power comes great responsibility’, the saying is also true with chemicals. Handling these powerful elements certainly require a great amount of accountability. Why? Because there are certain chemicals that are corrosive or can cause visible destruction or permanent changes in human skin tissue at the site of contact. These substances can cause harm if not handled correctly.

Why Use Chemical Resistant Gloves?

Chemical Resistant 13" Green Nitrile Gloves
Chemical Resistant 13″ Green Nitrile Gloves

Ideal uses for chemical resistant gloves include food processing, automotive, metal fabrication, scientific research, and other areas of industry.Because you are handling powerful elements, wearing chemical-resistant gloves is one great way to demonstrate responsible chemical management and protect yourself, and your employees. Think of chemical-resistant gloves as Batman’s costume whenever you’re wearing it. Wearing protective gear helps to protect workers from injuries and helps save money and bad reports from accidents. Now that’s super!

Characteristics of Good Chemical Resistant Gloves

Chemical Resistant Neoprene Coated Latex Gloves
Chemical Resistant Neoprene Coated Latex Gloves

It is important that you opt for chemical-resistant gloves that have these essential attributes:

Comfort

This is probably one of the first things that workers would consider as to whether or not they would wear chemical-resistant gloves. The level of comfort in wearing gloves can really affect how long one can bear to wear it. If the gloves offer poor level of comfort, workers are likely to remove them even if it means working with no protection at all. So make sure you invest in gloves that offer high levels of comfort. Besides, a ‘comfortable’ worker is more productive than one that is not.

Performance

Questions that you need to ask when opting for chemical-resistant gloves are ‘Is it making handling too slippery? Is it slowing down the hands’ mobility? Does wearing it make it more or less difficult to do the job?’ Even if the gloves offer comfort but still fail to give high level of performance, it would still not be as helpful as it ought to be.

Protection

Chemical Resistant 12" Smooth Finish PVC Coated Glove
Chemical Resistant 12″ Smooth Finish PVC Coated Glove

Finally, consider the gloves’ level of protection when handling corrosive chemicals. The very reason why chemical handlers are required to wear chemical-resistant gloves is to protect them upon contact with the substances. This is why it is essential that you choose the kind of gloves with a high level of protection against chemical contact such as acids. Keeping your hands protected from chemical injuries and irritation means wearing the right glove for the job. We offer chemical resistant gloves that can be used for any work application, from cleanup to directly handling harsh and hazardous liquids. Keep workers’ hands safe while providing dexterity and comfort needed to improve productivity.

Hand Injuries & Prevention

Hand Injuries & Prevention

How to Prevent Hand Injuries

cut hazard, cut resistant gloves

The U.S. Bureau of Labor and Statistics (BLS) reports that hand injuries are the second most work-related injury, resulting in over a million emergency room visits in a year. Hand injuries can range from simple to very serious, taking its toll not only on a workers’ well-being but also on the company’s reputation.

Some examples of the most common types of hand injuries:

Cut Resistant Gloves
Lacerations (63%)

Skin cuts or lacerations have the highest occurrence of traumatic hand injuries in the workplace due to the use of cutting tools such as knives, razors and power tools. The damage due from a laceration can range from a simple skin cut to more serious injuries such as severed nerves, tendons and even limbs.

Crush Injuries (13%)

High pressured machines and other tools used to pound, squeeze, or pulverize objects in the workplace can cause accidental crush injuries to the hands. This type of hand injury results in seriously fractured bones, which could also affect nerves, leading to temporary or permanent paralysis.

Punctures (6%)

Hand puncture injury can be caused by using sharp and pointed tools such as knives, wires and nails. It can cause serious damage to a nerve or bone and even cause infection if left untreated.

Prevent Hand Injuries: What to do?

Cut Resistant Gloves

Workers who are exposed to the use of machinery and mechanisms on a daily basis are susceptible to hand injuries. This is why it is essential to minimize the occurrence or damage caused by on-the-job hazards.

Wear the Right Hand Protection

Cut Resistant Gloves
Wearing protective gear can lessen the risk of getting your hands injured. All you have to do is to select the proper type of gloves according to specific needs.

 
If you are working in a construction industry, opt for gloves that are made with leathers (leather work gloves) or polymers which can protect your hands from abrasive materials such as wood or metal splinters.

 
If you are handling chemicals, it is best to opt for chemical resistant gloves to avoid direct contact. These special gloves are usually made of latex, nitrile, neoprene, polyvinyl-chloride, or other polymer materials that can resist corrosive chemical substances.

 
If you use knives or are concerned about lacerations using a cut-resistant glove may prevent cuts. There are different materials these gloves are made of, but the most common would use Kevlar. There are also different ratings of cut-resistant gloves. The higher the rating the more protection you are afforded.

Commit to a Safety Program

Since workplace injuries and accidents among employees can be very costly, it is crucial for employers to ensure the health and safety of their workforce.

 
Thus, safety programs must be initiated by companies since most employees have very minimal awareness about why such training is vital, e.g. proper wear and care of hand protections.

 
Not only will it educate employees about working safely but it will also help prevent injuries in the workplace.

New ANSI Standards – 2016 Changes to Hand Safety

 

Who is ANSI?

The American National Standards Institute (ANSI) has served as administrator and coordinator of the United States private sector voluntary standardization system for over 90 years. Founded in 1918 by five engineering societies and three government agencies, the Institute remains a private, nonprofit membership organization supported by a diverse private and public sector organizations.

This organization is responsible for the standard testings for cut resistant gloves.

 

New Scale & Testing to Determine Cut Scores

The new ANSI standard now features 9 (previously 5) cut levels which significantly reduce the gaps between each level and better define protection levels for the cut resistant gloves and sleeves with the highest gram scores.

New ANSI cut scores will feature an “A” in front of the score.

The new ANSI Standards also outline a new test method for determining the new cut scores. The new test method allows for only one type of machine to be used. Under the previous ANSI standard, the testing could be performed on a couple of different machines. By ensuring uniform testing with one machine, it is easier to compare gram scores for a given material.

img-ansi-test-machines

 

Why A New Standard?

The need was recognized for a more consistent and accurate testing method between ANSI/ISEA and European safety standards. While these changes do not create uniformity between the two standards, they do bridge the gap.

There are three main reasons the standards are changing:

  1. The US and Europeon standards are very different in classification and testing methods, yet both provide a 1-5 ranking scale which causes confusion.
  2. The standards were created prior to advances in PPE technology, and they don’t address current high cut resistant materials.
  3. The 1-5 scale for both EN388 and ANSI/ISEA 105 includes large gaps between some of the levels creating the potential for the use of insufficient PPE.

 

How Is It Tested? – Understanding Test Methods

The sample is cut by a straight-edge blade, under load, that moves along a straight path. The sample is cut five times each at three different loads with a new blade for each cut and the data is used to determine the required load to cut through the sample at a specified reference difference.

This is referred to as the cutting force, which is then equated to a cut level.

img-ansi-test-method

 

What New Cut Levels Mean For You

Cut Protection Glove performance has improved significantly in recent years. As a result, there are more “cut protection” gloves to choose from.

The chart below will show you whether the cut level you have been using has changed or stayed the same. Reference your current rated glove and load with the new levels to find where you fit in to ensure proper protection.

With these new levels, you may need to move up in level to ensure adequate protection.

Be sure to reference the revised cut specs when ordering gloves in the future.

new-ansi-levels

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Get A Grip On Palm Coated Gloves

get-a-gripwith-palm-coated-gloves

What Are Coated Gloves?

Nothing beats a firm grip on work. Palm Coated Gloves (AKA Dipped Gloves) are designed to protect your hands from cuts and abrasions and offer extra grip.

Most coated gloves are made of engineered knit fibers for the glove part. The glove “shell” is then dipped in various coatings to make that great gripping texture and protection!

Different Coatings, Different Jobs

Coatings provide additional protection while resisting punctures and abrasions and offering improved grip while working.

Natural Rubber Latex Palm Coated Gloves latex-coated-gloves

Natural Rubber Textured Latex Palm Coatings offer good grip. Latex coating provides abrasion resistance and is great for handling building materials. Latex has very high elasticity and grip compared to other glove materials, and withstands extreme temperature and tearing.

Latex coated gloves are great for a number of tasks including general maintenance, shipping, receiving, assembling, and concrete/brick/lumber handling.

  • High elasticity and grip.
  • Great tear resistance.
  • Poor resistance against most hydrocarbon and organic solvents (i.e. gasoline).
  • Can cause allergic reactions.

Nitrile Palm Coated Glovesnitrile-coated-gloves

Nitrile Palm Coating has high puncture and chemical resistance. It offers greater tactile feedback, grip, and abrasion resistance, even when wet. 3x more puncture resistant than rubber latex!

Nitrile coated gloves provide excellent resistance to punctures, cuts, snags, abrasions, oils, and fuels.

  • Synthetic version of latex.
  • 3x more puncture resistant than latex rubber.
  • Stands up well to oil, organic solvents, and fuels.

Nitrile Micro Foam Coated Glovesmicro-foam-nitrile-coated-gloves

Nitrile micro foam coated gloves are a good choice for working in “wet” environments. The microfoam coating acts similar to a sponge and provides extra gripping power.

  • Additional foam coating acts like a sponge, increasing gripping power.
  • Good tactile sensitivity and dexterity.

Polyurethane Palm Coated Glovespolyurethane-coated-gloves

Great for small parts handling. Non-allergenic. Good stretch, strength, and softness. Low particulate shed. Great for protection from cuts from sheet metal, steel & glass. Resistant to oils, solvents and grease. They are not designed to protect from excessive heat or cold or from harsh chemicals.

  • Grips well without being “sticky”.
  • Breathable and dexterous.
  • Resists oil, solvents, gasoline, fats, greases, and oxidation.
  • Poor resistance to hot water.

Shop Coated Gloves

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