Replaceable tip tweezers A lineup of all tip shapes. You can change the chips according to your work.
Ceramic tweezers with anti-static, heat-resistant, corrosion and chemical resistance. Anti-static, perfect for pickup electronic components.
The chip is made of zirconium ceramic, which is especially strong and strong among fine ceramics. The material is resistant to heat transfer, and the temperature is up to 156°F (700°C), making it suitable for soldering work.
Completely non-magnetic (tip only) The material is extremely resistant to magnetic fields and is highly resistant to magnetization even in strong magnetic fields. In addition, it is environmentally friendly and RoHS compliant.
The tweezers are made of durable stainless steel. The metal body extends close to the tip, making it easy to transfer force to the tip.
ESD Control Value: 1 x 10 - 4 - Rg <1 x 10 - 12 Ohm; Material: Chip: Zirconia Ceramic, Body: Stainless Steel (SUS420J2); Weight: 0.8 oz (22 g); Color: Black; Total Length: 5.0 inches (128 mm); Heat Resistant Temperature: Chip: 700 °C; Tip Width: 0.0 mm; Uses: Soldered, assembly and precision machinery. Repair, Electronic Crafts, Chemical experiments, production of plastic models, models, and accessories, UV resins, watch repair, handmade, gardening, porcelarz
Tip Interchangeable Tweezers A lineup of all tip shapes. You can change the chips according to your work
Ceramic tweezers with anti-static, heat-resistant, corrosion and chemical resistance. Anti-static, perfect for pickup electronic components
The chip is made of zirconium ceramic, which is especially strong and strong among fine ceramics. The material is resistant to heat transfer, and the temperature is up to 156°F (700°C), making it suitable for soldering work
Completely non-magnetic (tip only) The material is extremely resistant to magnetic fields and is highly resistant to magnetization even in strong magnetic fields. In addition, it is environmentally friendly and RoHS compliant
The tweezers are made of durable stainless steel. The metal body extends close to the tip, making it easy to transfer force to the tip
