In recent years, the variety of options available in cut-resistant gloves has significantly expanded. With the introduction of advanced materials and manufacturing processes, navigating this landscape can sometimes seem like deciphering a complex world of technical terminology and abbreviations.

However, when it comes to any piece of personal protective equipment (PPE), knowledge is key. The abundance of choices becomes meaningful only with a thorough understanding of each technology’s characteristics and applications, whether utilized individually or in combination with others.

Here, we examine some of the most commonly used materials in cut resistance and outline their optimal uses:
HPPE (High-Performance Polyethylene): HPPE fiber boasts an exceptional strength-to-weight ratio, rendering it flexible, lightweight, and highly durable. Gloves made entirely from HPPE can typically achieve level 3/B cut resistance according to EN388:2016 standards. When reinforced with steel or another fiber, this resistance level can be elevated to level 5/E and beyond.

• High energy absorption
• Excellent flexibility
• Longevity
• Superior abrasion resistance
• Resistance to chemicals, moisture, and UV radiation Our latest high cut gloves utilize HPPE to leverage these benefits, including achieving cut level E.

Glass Fiber: Glass fiber is a well-known, widely available yarn used in cut-resistant gloves. It features a smooth, silky surface that provides a cool feel to the wearer, enhancing comfort and user acceptance. Glass fiber can be used independently to deliver cut resistance, typically achieving level 3/B, or to reinforce other fibers.

• High tensile strength
• Cut resistance
• Fire resistance
• Water resistance
• Non-conductivity

Stainless Steel: Stainless steel is commonly employed to provide cut resistance, often in conjunction with other fibers like aramid or HPPE. Steel-reinforced cut resistance has been a preferred method for Tilsatec due to its ability to process stainless steel to achieve the same lightweight and comfortable feel as HPPE or glass fiber, while offering the strength and protection of steel.

• Inherent cut resistance
• Maintains performance even after washing
• Retains performance throughout the glove’s lifespan
• Resists fibrillation or degradation, thus preventing contamination.