Multi Threat Suit

Our flagship suit provides integrated protection against mechanical, and biological threats. It combines stab, slash, puncture, and bite resistance.

Dual Layer Protection

At the core of our products, we use 2 layers of puncture,stab, and cut-resistant fabric. We use 2 layers of certified 450 g/m² UHMWPE (Ultra-High Molecular Weight Polyethylene) knitted fabric. In the next step of the process, we select the fabric we will build around our dual-layer 450 gsm UHMWPE fabric. A Single layer of 450gsm UHMWPE is used as a industry standard, but here at STAY SAFE SUIT, we took it a step further, and we create designs that are dual-layer.

 

What is 450gsm UHMWPE?
450gsm UHMWPE (Ultra-High Molecular Weight Polyethylene) knitted fabric stands out for offering superior cut, abrasion, and tear resistance, making it an essential material for high-performance safety gear such as cut-resistant gloves, protective motorcycle apparel, and workwear.

Key Characteristics and Applications


Lightweight yet extremely durable, with excellent cut and tear resistance.

  • Applications: Primarily designed for protective clothing in industrial, police, and security settings, as well as specialized hunting gear where durability and cut-resistance are critical.
  • Physical Properties: Features high strength and moisture resistance, making it suitable for both indoor and outdoor use, as well as wet conditions.
  • Available as 100% UHMWPE or blends with glass fiber, polyester, or steel wire.
  • Processing: Suited for industrial sewing processes, typically necessitating heavy-duty needles.
  • Produced using a specialized, often white, knit pattern.

Usage in Industry

Protection: Most commonly used in cut-resistant apparel, specifically motorcycle jackets, leggings, and protective gloves, to ensure wearer safety in high-risk environments.

Other Uses: Also applicable to bags, backpacks, and equipment that require enhanced cut resistance beyond general use.

Flexibility: The knitted construction offers a balance of flexibility and rigidity, resulting in comfortable wear.