Knipex 115mm Plastic Smooth ESD Safe Tweezer

92 09 02 ESD Plastic Tweezers ESD ESD tweezers are MADE of 30% carbon Fibre reinforced plastic, are electrically and thermally highly conductive and are characterised by high resistance to abrasion and scratching. With a surface resistance between 10^2 and 10^4 ohms to compensate in a controlled manner the differences in potential between the operator and the electronic components. ESD plastic tweezers are temperature-stable up to 130° C, short-term use is possible at up to 190° C. The carbon Fibre reinforced plastic of the ESD variants is extremely flexible, fatigue-resistant, vibration-reducing and water-repellent, with good chemical resistance to most oils, greases, fuels and nonpolar solvents. ESD plastic tweezers are Ideal for maximum surface protection when handling sensitive electronic components, micro-mechanical parts, as well as glass and ceramic components. ESD plastic tweezers: also available as a set (92 00 05 ESD). - Surface: matt finish- Finish: straight- Tips width (A): 0.5mm- Tips width (B): 0.3mm- Tips width (C): 9.5mm- Tweezers tip version: needle-point- Corrosion-resistant: yes - Acid resistance: very good- ESD-tested: yes - VDE tested: no - Sectors: electronics- Magnetic: non-magnetisable (100%)- Behaviour: electrically dissipative

Esd Tweezers Are Made Of 30% Carbon Fibre Reinforced Plastic, Are Electrically And Thermally Highly Conductive And Are Characterised By High Resistance To Abrasion And Scratching
With A Surface Resistance Between 10^2 And 10^4 Ohms To Compensate In A Controlled Manner The Differences In Potential Between The Operator And The Electronic Components
Esd Plastic Tweezers Are Temperature-Stable Up To 130° C, Short-Term Use Is Possible At Up To 190° C
The Carbon Fibre Reinforced Plastic Of The Esd Variants Is Extremely Flexible, Fatigue-Resistant, Vibration-Reducing And Water-Repellent, With Good Chemical Resistance To Most Oils, Greases, Fuels And Nonpolar Solvents
Esd Plastic Tweezers Are Ideal For Maximum Surface Protection When Handling Sensitive Electronic Components, Micro-Mechanical Parts, As Well As Glass And Ceramic Components