KNIPEX Interchangeable tips ESD for 92 81 05 40 mm Article number 92 89 05

92 89 05 Interchangeable tips ESD For particularly demanding precision work: with high corrosion resistance and toughness. Maximum surface protection for handling sensitive electronic components, micro-mechanical parts and glass and ceramic components. For the electronics and precision mechanics industry, watch manufacturers and jewelers. Handcrafted base bodies: with polished edges and an outstanding matt, scratch-free and non-reflective surface. Body made of high-quality premium stainless steel: high temperature resistance and excellent corrosion resistance to most chemicals, salts and acids. The interchangeable tips are made of 30% carbon fiber-reinforced plastic: very good electrical and thermal conductivity, scratch-resistant and highly abrasion-resistant. The replaceable, carbon fiber-reinforced plastic tips have a surface resistance of between 10^2 and 10^4 ohms for controlled compensation of potential differences between the operator and electronic components. The interchangeable tips are permanently temperature-stable up to 130 °C, short-term up to 190 °C. The carbon fiber-reinforced plastic tips are fully elastic, fatigue-resistant, vibration-damping and water-repellent. The tips have good chemical resistance to most oils, greases, fuels and non-polar solvents. With the precision and stability of regular tweezers: The plastic tips have a backlash-free 3-point connection (2 fixings on the bars, one screw), which guarantees the user a perfect and backlash-free attachment to the base body. With savings potential: The range of tips includes a selection of different shapes. Depending on the application, only tips need to be purchased. - Surface: Frosted - Design: Straight - Tip width (A): 0.7mm - Tip width (B): 0.6mm - Tweezer tip design: Pointed - Corrosion-resistant: yes - Acid-resistant: Very good - ESD-tested: yes - VDE-tested: no - Sectors: Industry Electronics Watchmakers Jewellers - Magnetic: Non-magnetizable (100%) - Behaviour: Dissipative