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Why use sulfur-free anti-static finger cots?

Article source: KYD Electronic CO., Ltd / Author: KYD Electronic CO., Ltd / Publication time: 2022-07-07

Sulfur-free nitrile finger cots have natural anti-static properties to avoid static electricity generated by human skin from damaging electronic parts, integrated circuits, etc. The product itself does not contain sulfur, so that the surface of precious metals (such as gold, silver, and copper) is not contaminated by sulfur.

Purified powder-free and sulfur-free finger cots can protect products with strict requirements, especially for pure metal industries such as gold, silver, copper, etc.

ESD Nitrile Anti-Static Finger Sleeves are designed to protect those with latex allergies from oil contamination. Also having some solvent resistance, nitrile will not dissolve under chemical contact because it is resistant to many chemicals.

The antistatic properties of nitrile finger cots provide natural static shielding without the need for additions or carbon shedding.

For environments where hygiene concerns are involved, blue is less prone to grime.

Sulfur-free finger cots do not contain sulfur and sulfur compounds, and use natural latex or nitrile as raw materials. KYD products are certified, sulfur-free, halogen-free, silicone oil-free, anti-static, solvent-resistant, and qualified for ROHS10.

Nitrile finger cots are made of nitrile material and do not contain latex rubber. They feature antistatic agents blended with nitrile materials for consistent surface resistivity. These nitrile finger cots are powder-free, chlorine-free, sulfur-free, protein-free and silicone-free. They can be used to handle and assemble Class II ESD devices. These finger cots have excellent resistance to oil, grease and chemicals.

Applications: aerospace, automotive, electronic assembly, IC assembly, clean room, clean room, semiconductor manufacturing, optical fiber, optical components, electronic components, hard disk manufacturing, magnetic heads, microscopes, medical equipment, precious metal processing, precision components , optical instruments, precision motors, healthcare and other industries.