Tips on Choosing The Right ANSI Cut Gloves

If you are a person with health consciousness and awareness, you would understand the importance of using the right medical equipment. Well, the gloves might not be the medical equipment, but they pose a positive impact on health and safety. In this article, we are going to talk about the ANSI Cut Gloves and everything that you need to know about them.

According to the American National Standards Institute, the multiple protection degrees are depicted by the cut resistance levels, and it is ensured by the utilization of personal protective equipment. Yes, we are talking about safety gloves. There are multiple types of materials used in the development of safety gloves.

For instance, the light material is used for the development of manual dexterity at a high level. On the other hand, the heavy material is often used to provide the ultimate and maximum level of protection. In other words, the heavy material protection leads to a negative impact on manual dexterity.

The Gloves Levels

According to the United States Occupational Health and Safety Administration, they have promised the hands protection for the employees and occupations to ensure wearing hand protection. This is because hand injuries are a common hazard in such places, and there are no levels devised for that. However, one needs to offer optimal protection.

On the other hand, finding the right safety gloves according to the requirements is the responsibility of a safety manager. The cut protection levels are offering the default and standard understanding of the levels and distinction between them. In addition, the levels will also help the safety managers to select the right cut resistant gloves.

These levels were first developed in 1999, and there have been multiple amendments in the protection levels. The revision has refined the material improvement in the level, and in the longer run, the design innovations have been integrated as well. According to the revision of 2016, there are nine levels of protection developed in cut resistant gloves. So, have a look at nine highly refined and distinctive levels;

• Level One – Offers protection from 200 to 499 g of cutting load (A1)
• Level Two – Offers protection from 50 to 999 g of cutting load (A2)
• Level Three – Offers protection from 1000 to 1499 g of cutting load (A3)
• Level Four – Offers protection from 1500 to 2199 g of cutting load (A4)
• Level Five – Offers protection from 2200 to 2999 g of cutting load (A5)
• Level Six – Offers protection from 3000 to 3999 g of cutting load (A6)
• Level Seven – Offers protection from 4000 to 4999 g of cutting load (A7)
• Level Eight – Offers protection from 5000 to 5999 g of cutting load (A8)
• Level Nine – Offers protection from a minimum of 6000 of cutting load (A9)

By understanding these levels of cut resistant gloves, you will be able to find the perfect pair of gloves for you and will protect the workers and labors from hand cuts. By utilizing the gloves, the laborers will be able to sustain the industrial working experience.

Changing The Gloves Rating – The Importance

Before the amendment of 2016, the testing of ANSI cut resistant gloves was possible through two machines, which create a wave of confusion. In the initial stage, the cut protection performance tests were implied through the machine to detect the cut resistance of a certain fabric. Through this test, the people were able to develop a standard system for comparing different fabrics.

The CPPT machines use different sharpness levels in the blades, and the variations were almost 27% different. However, if the sharpness wasn’t calibrated, the results could be questioned regarding the accuracy but only if checked on the microscopic level. To advance the procedure, TDM-100 was introduced to conduct controlled tests.

This updated version has the fabric placement, and weight system integrated to gain accurate results. The best thing is that every cut is made by a new blade to gain perfect outcomes and conclusion. Today, the results are accepted only if the gloves are tested on TDM-100. Also, the levels are made accurate by extending them from level one to level nine.

Types of Material

In this section, we have added different types of liner material to offer support to the gloves. Multiple materials are used to optimize cut protection. So, have a look at different types of material;

• DuPont Kevlar – lightweight, comfortable, resistant to cuts, heat, abrasions, and are designed while adhering to the highest standards of quality and performance
• Dyneema – stronger than steel and the HPPE fiber is used developed from the ultra-high molecular weight polyethylene, thin, flexible, and higher protection
• Dyneema Diamond Technology – double folds cut-resistant, optimal comfort level, non-irritating, cool feeling topped with durability
• G-Tek PolyKor – Offers protection against mechanical chaos, highest protection level, optimal comfort, and resistant to chemicals
• G-Tek PolyKor Xrystal – Highest cut protection, comfortable, integrated with crystallized minerals, and tough and durable configuration
• G-Tek Suprene – Nanofabrication, stronger than steel by 100 folds, and provides well-aligned fiber axis for utmost protection and comfort
• Aramid – Higher strength, heat resistant, and slash is exceptional while the yarn is composed by DuPont

Types of Coating

To ensure the enhancement in grip of the gloves, coatings are integrated into the gloves to ensure resistance towards abrasions and tears. In addition, the glove coatings are responsible for offering contamination protection. The different types of coatings include;

• Latex – Offer optimal good and dry grip while providing resistance to cuts, snags, abrasions, and punctures
• Polyurethane – Offer resistance toward abrasion and dry grip, offers a slight grip for wet conditions, and the dexterity is exceptional
• PVC – Offers resistance from oil, grease, and petrochemicals while creating flexible integration
• Nitrile – Offer optimal dry grip, protection from snaps, cuts, punctures, and if integrated with foam coating, the grip on chemicals can be enhanced as well
• Silicone – Offer superior grip in dry as well as wet conditions and the gloves are food-safe material
• Neofoam – Offers resistance from abrasions, optimal dry and wet grip, and ensuring the tough and flexible performance while initiating breathability

The Bottom Line

Through this article, we have tried to share information about choosing the right ANSI cut gloves. The guide will help you work on the coatings, levels, and material to find the gloves that are aligned with your needs.