- Material Composition: ESD finger cots are typically made from latex or nitrile, providing options for users with latex allergies. They are designed to offer a comfortable fit while maintaining tactile sensitivity for handling sensitive electronic components.
- Static Dissipation: These finger cots feature anti-static properties, with surface resistivity measurements often below 10^10 ohms, making them effective in preventing electrostatic discharge (ESD) that could damage electronic devices.
- Applications: ESD finger cots are widely used in electronics manufacturing, healthcare, and cleanroom environments. They are ideal for tasks that require precision, such as assembling small parts or handling sensitive components.
- Protection and Hygiene: They provide a barrier against skin oils, dirt, and moisture, helping to prevent contamination of sensitive items and protecting minor injuries on fingers from external exposure.
- Convenience and Dexterity: Finger cots allow for greater dexterity compared to full gloves, making them suitable for detailed work where full hand coverage is not necessary. They can be easily donned and doffed, providing flexibility for the user
ESD FINGER COTS
ANTI-STATIC ESD SAFE CHLORINATED DISPOSABLE LATEX FINGER COTS [REUSABLE RUBBER FINGERTIPS] 4 MIL THICK – White (100)
Original price was: $999.00.$199.00Current price is: $199.00.
- Material Composition: ESD finger cots are typically made from latex or nitrile, providing options for users with latex allergies. They are designed to offer a comfortable fit while maintaining tactile sensitivity for handling sensitive electronic components.
- Static Dissipation: These finger cots feature anti-static properties, with surface resistivity measurements often below 10^10 ohms, making them effective in preventing electrostatic discharge (ESD) that could damage electronic devices.
- Applications: ESD finger cots are widely used in electronics manufacturing, healthcare, and cleanroom environments. They are ideal for tasks that require precision, such as assembling small parts or handling sensitive components.
- Protection and Hygiene: They provide a barrier against skin oils, dirt, and moisture, helping to prevent contamination of sensitive items and protecting minor injuries on fingers from external exposure.
- Convenience and Dexterity: Finger cots allow for greater dexterity compared to full gloves, making them suitable for detailed work where full hand coverage is not necessary. They can be easily donned and doffed, providing flexibility for user.
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