Conductive gloves
• Excellent antistatic function thanks to a blend of nylon and copper
• Surface resistance:<1.0×10⁵ Ω
• Material: Nylon / Copper Filament
Conductive gloves with PU coating
• Ausgezeichnete antistatische Funktion dank einer Mischung aus Nylon und Kupfer
• Anti-slip function & minimization of soiling thanks to PU-coated fingertip
• Surface resistance: <1.0×10⁵ Ω
• Material: Nylon / Copper Filament / Polyurethane
Conductive gloves with PU coating
• Excellent antistatic function thanks to a mixture of nylon and copper
• Anti-slip function & minimization of soiling thanks to PU-coated palm
• Surface resistance: <1.0×10⁵ Ω
• Material: Nylon / Copper Filament / Polyurethane
Dissipative gloves with PU coating
• Anti-slip function & minimization of soiling thanks to PU-coated fingertip
• Excellent wearing comfort, reusable after washing
• Surface resistance: <1.0×10⁹ Ω
• Material: Nylon / Carbon / Polyurethane
Kevlar gloves
• Lightweight gloves, with Dupont Kevlar yarn, cut-resistant, heat-resistant
• Heat resistance 100°C Within 15 sec.
• Material: Kevlar / Polycotton
• Gauge: 7
Kevlar gloves PU palm coated
• Lightweight gloves, with Dupont Kevlar yarn, cut-resistant, heat-resistant
• Anti-slip PU coating on the palm prevents the ingress of foreign objects
• Material: Kevlar / Polycotton
Kevlar sleeves
• 100% Dupont Kevlar heat and cut resistant sleeve
• Protection from the wrist to the upper part of the elbow
• Increased elasticity through knitting without seams
• Excellent fit and outstanding workability in the form of a finger hook
• Can be worn over work clothing
• Heat resistance: under 250°
• Arm protection with cut protection level 3=B Functionality
PVC gloves
• Has a high tensile strength and tear resistance as a special cleanroom glove made of PVC material excellent chemical resistance also widely used in handling chemical processes
• Use in Semiconductor laboratory / Assembly method / LCD process
• Length: 12″ (300±10mm)
ESD finger protection
• Thimble to prevent damage to fingers and products caused by the constant pressure exerted by the thumb, e.g. when inserting semiconductors into small holes
• Material: TPE (Thermoplastic elastomer)
• Surface resistance: <1.0×10¹⁰ Ω
• keeps fingers comfortable thanks to the excellent ventilation with many holes on the surface
