Views: 99 Author: Site Editor Publish Time: 2025-08-05 Origin: Site
In hazardous workplaces such as construction sites, manufacturing plants, or oil fields, hand injuries are among the most common accidents. Workers need reliable personal protective equipment (PPE) that not only shields their hands from sharp objects but also protects them from blunt force trauma. That's where anti impact cut resistant gloves come in.
Anti impact cut resistant gloves are specially engineered safety gloves that combine impact protection with cut resistance, offering comprehensive hand safety in high-risk environments. These gloves are designed to prevent injuries from sharp materials like glass, metal, or tools and to absorb or deflect forceful impacts from falling objects or machinery.
They typically include:
A high-performance cut-resistant liner, often made from materials like HPPE (high-performance polyethylene), Kevlar, or steel fibers
An outer protective layer with impact-absorbing elements, usually made from TPR (Thermoplastic Rubber)
A palm coating (such as sandy nitrile or polyurethane) to improve grip and abrasion resistance
To understand how impact gloves work, we need to focus on the back-of-hand protection system. This is typically made from TPR protection—a flexible yet durable material molded into raised ridges or panels along the fingers, knuckles, and back of the hand.
Here's how TPR helps:
Shock Absorption: When a force is applied, such as a dropped tool, the TPR structure disperses the energy across the glove's surface rather than letting it concentrate on a single area of the hand
Flexibility: Unlike hard plastic, TPR maintains flexibility, allowing natural hand movement and dexterity
Durability: TPR is highly resistant to repeated impact, making it ideal for demanding, high-impact environments
Combined with cut-resistant liners, these gloves offer dual protection without sacrificing comfort or flexibility.
When a glove is described as level 5 cut resistant, it's referring to its ability to withstand sharp edges and blades. Cut resistance is commonly measured using the EN388 or ANSI/ISEA standards.
Under the ANSI system, level 5 cut resistance (now referred to as A5-A9) means the glove can withstand between 2200–2999 grams of cutting force. This makes it ideal for applications such as:
Metal fabrication
Glass handling
Demolition work
Waste management
Automotive assembly
When paired with TPR impact protection, you get a glove that defends against both lacerations and crushing injuries.
Dual protection: Combines cut resistance and impact defense in one product
TPR backing: Shields the knuckles and fingers against blunt force
Level 5 cut resistant liner: Protects from sharp edges and tools
Improved grip: Palm coatings offer control even in oily or wet conditions
All-day comfort: Designed for breathability and flexibility in demanding environments
Anti impact cut resistant gloves are essential for workers in:
Construction and demolition
Oil and gas
Mining
Automotive repair
Glass and sheet metal handling
Heavy equipment operations
If your work involves both sharp materials and a risk of falling objects or hand pinching, these gloves are a smart investment in safety.
Understanding how impact gloves work and why TPR protection and level 5 cut resistant materials matter can help both employers and workers choose the right PPE. Safety should never be compromised, especially when your hands are one of your most important tools.
Investing in the right anti impact cut resistant gloves is not just about compliance; it's about ensuring your team returns home safely every day.
For product inquiries or custom glove solutions, feel free to contact LITA Safety at info@litasafety.com.
