Views: 97 Author: Site Editor Publish Time: 2016-04-20 Origin: Site
Personal protective equipment (PPE) is essential in every workplace, and one of the most critical yet overlooked categories is protective gloves. Our hands are constantly exposed to hazards—from sharp tools and chemicals to extreme temperatures and high-impact equipment. Selecting the right gloves can significantly reduce the risk of injury and ensure workplace safety and efficiency.
In this guide, we explore various types of safety gloves, how they work, and when to use them.
Anti-impact gloves were initially developed for the oil and gas industry but are now widely used in mining, manufacturing, and construction. These gloves feature thermoplastic rubber (TPR) reinforcements designed to absorb and disperse the energy from blunt impacts. This minimizes the force transmitted to your hands, helping to prevent fractures, tendon injuries, and soft tissue damage.
A subtype of anti-impact gloves, anti-vibration gloves are specially engineered to reduce vibration-related injuries caused by prolonged use of power tools. These gloves typically contain shock-absorbing materials like resilient gel, foam padding, or air cushions. They help protect against conditions such as hand-arm vibration syndrome (HAVS), improving both safety and comfort.
Working with hazardous substances requires reliable hand protection. Chemical-resistant gloves shield the skin from harmful exposures, including accidental splashes and prolonged contact. Depending on the chemical type and task at hand, glove materials may vary—from latex and nitrile to neoprene and butyl rubber.
Used across industries such as laboratories, cleaning services, chemical plants, and healthcare, these gloves play a key role in preventing burns, irritation, and long-term health risks.
Cut-proof or cut-resistant gloves are designed to protect the wearer from sharp tools, blades, and abrasive materials. Ideal for industries like automotive, glass handling, and construction, these gloves are made from advanced materials such as:
Para-aramid fibers (e.g., Kevlar)
High-performance polyethylene (HPPE)
Reinforced yarns with steel or glass fiber
Effective cut resistance comes from a combination of yarn strength, material hardness, and fiber composition, offering both protection and dexterity.
Exposure to cold environments—whether in walk-in freezers or outdoor winter conditions—can lead to frostbite, numbness, and reduced motor skills. Cold protection gloves are insulated with materials like thermal acrylic or latex to trap heat while allowing flexibility.
Many cold-weather gloves also offer water resistance and enhanced grip, helping workers maintain performance and safety in harsh environments.
Every job carries unique risks, and choosing the right glove for each task is essential. Whether it's protection from vibration, cuts, chemicals, or cold, gloves are more than a legal requirement—they are a proactive safety measure.
Employers must ensure PPE availability, while workers should wear the correct gloves to avoid injury. LITA SAFETY offers a wide range of certified safety gloves tailored for diverse industries and hazards.
From OEM/ODM glove solutions to tested and certified hand protection, we help distributors and companies build safer workplaces.
Contact us at info@litasafety.com to learn more about our safety glove solutions.
