Plastic Tweezers, Electric Fibred TypeSpecification:
Plastic tweezers made from glass filled Delrin, Celcon, Ryton and fluorocarbon, acid resistant, several anti-static models, very fine points.

Plastic Electric Fiber Stainless Steel Tweezers B101
Specification: Most wafer tweezers are available in either antimagnetic stainless steel or PTFE coated antimagnetic stainless steel. Not everyone can use PTFE in their process but for those who can, the PTFE coating will not only extend the useful lifetime for tweezers being dipped in acids or other corrosive liquids, but will reduce the rate of metal ion contamination from the tweezers slowly dissolving in the aggressive liquids.

Plastic Electric Fiber Stainless Steel Tweezers B102
Specification: Most wafer tweezers are available in either antimagnetic stainless steel or PTFE coated antimagnetic stainless steel. Not everyone can use PTFE in their process but for those who can, the PTFE coating will not only extend the useful lifetime for tweezers being dipped in acids or other corrosive liquids, but will reduce the rate of metal ion contamination from the tweezers slowly dissolving in the aggressive liquids.

Plastic Electric Fiber Stainless Steel Tweezers B103
Specification: Most wafer tweezers are available in either antimagnetic stainless steel or PTFE coated antimagnetic stainless steel. Not everyone can use PTFE in their process but for those who can, the PTFE coating will not only extend the useful lifetime for tweezers being dipped in acids or other corrosive liquids, but will reduce the rate of metal ion contamination from the tweezers slowly dissolving in the aggressive liquids.

Plastic Electric Fiber Stainless Steel Tweezers B104
Specification: Most wafer tweezers are available in either antimagnetic stainless steel or PTFE coated antimagnetic stainless steel. Not everyone can use PTFE in their process but for those who can, the PTFE coating will not only extend the useful lifetime for tweezers being dipped in acids or other corrosive liquids, but will reduce the rate of metal ion contamination from the tweezers slowly dissolving in the aggressive liquids.