FR1503 Anti static White Finger Cot

Anti-Static White Finger Cot – Product Description

The Anti-Static White Finger Cot is a precision-engineered protective covering for individual fingers, designed to safely dissipate electrostatic charges while maintaining cleanliness and dexterity. Commonly used in cleanroom, electronics, and biotech environments, these cots are manufactured from latex or nitrile and are rigorously tested to meet ESD-safe requirements.

The clean white color provides easy visual inspection, making them perfect for applications that require the highest standards of hygiene, purity, and contamination control.

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Key Features & Specifications:

Attribute	Details
Material	100% Natural Latex or Nitrile (latex-free option)
Color	White (ideal for contamination visibility and cleanliness)
Surface Texture	Smooth or lightly textured (for grip and flexibility)
Electrostatic Properties	Surface Resistivity: 10⁶–10⁹ Ω/sq (meets ESD safety standards)
Powder-Free	Reduces particulate contamination; suitable for cleanroom use
Thickness	~4–6 mil (varies by manufacturer)
Length	Typically 65–70 mm (covers first two knuckles)
Sizes Available	Small, Medium, Large
Packaging	Commonly sold in bags of 100, 300, or 720 pieces

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Applications:

• Electronics & PCB Assembly

  • Protects static-sensitive components from ESD during handling and assembly

• Medical & Laboratory Environments

  • Ideal for sterile handling of instruments, test tubes, and vials

• Cleanroom Work

  • Suitable for ISO Class 5–8 cleanroom settings where particulate control is critical

• Optics & Precision Instruments

  • Prevents contamination of lenses and small parts

• Pharmaceutical Manufacturing

  • Used during the formulation, inspection, or packaging of drugs in controlled environments

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Why Choose White Anti-Static Finger Cots?

• Clean Appearance: Easily detects contamination or residue

• ESD-Safe: Protects static-sensitive components

• Comfort Fit: Soft and flexible, even with extended wear

• Non-Marking: Ideal for optics and delicate surface contact

• Contamination Control: Powder-free, with low particle generation