HyFlex 48-135

• Coating Material · Polyurethane (PU)
• Color · Grey, White
• Cuff Style · Knit
• Gauge · 15
• Glove Features · Full Finger, Multi Purpose, Seamless Knit
• Liner Material · Nylon
• Material · Nylon, Polyurethane (PU)

Standards

• EN 1149-1:2006

  Protective clothing and gloves with the EN 1149-1 rating are tested for their material's surface resistance, which measures how well they dissipate static electricity. This helps prevent the buildup of static charges that could cause sparks, protecting you from potential ignition of flammable materials or damage to sensitive electronics.

  Test results

  • Surface Resistance Tested

    This garment's material is designed to dissipate static electricity, preventing sparks that could ignite flammable materials or cause explosions. It is ideal for use in environments with explosion risks, like refineries or where flammable gases are present.

• EN 1149-2:1997

  Protective clothing and gloves with the EN 1149-2 rating are tested for their ability to conduct electrical charge through the material. This ensures the product can safely dissipate static electricity, reducing the risk of sparks in hazardous environments or damage to sensitive electronics.

  Test results

  • Performance Tested

    This garment's material has been tested to safely dissipate electrostatic charge. It helps prevent sparks by allowing electricity to pass through the fabric, reducing the risk of fire or explosion in sensitive work environments.

• EN 1149-3:2004

  Protective clothing and gloves with the EN 1149-3 rating are tested for how quickly their materials dissipate static electricity. This ensures the clothing releases static charges into the air, preventing sparks that could cause fires or damage sensitive electronics in hazardous environments.

  Test results

  • Electrostatic Properties Tested

    This material is tested to dissipate electrostatic charge. It prevents the build-up of static electricity, avoiding sparks that could ignite flammable materials or damage sensitive electronics. This is crucial for safety in potentially explosive atmospheres.