ESD Caps

Parameter	Specification
Product Name	ESD Caps (Electrostatic Discharge Caps)
Material	Anti-static / Conductive Polymer (PP / PE / ESD-safe plastic)
Surface Resistance	10⁶ – 10⁹ ohms (Anti-static range)
Color	Natural / Black / Custom (ESD-safe colors)
Compatibility	Dispensing Syringes, Barrels, Connectors
Size Range	Available for multiple barrel sizes (3cc, 5cc, 10cc, 30cc, etc.)
Design Type	Push-fit / Snap-fit / Screw-fit
Leak Protection	High – Ensures secure sealing to prevent leakage and contamination
Chemical Resistance	Excellent – Compatible with adhesives, sealants, flux, and chemicals
Static Dissipation	Controlled discharge of electrostatic charges
Durability	High – Resistant to wear, deformation, and cracking
Temperature Range	-20°C to 80°C (typical operating range)
Application Areas	Electronics Manufacturing, Cleanrooms, Labs, SMT Assembly Lines
Weight	Lightweight
Reusability	Single-use / Limited reuse (depending on application)
Compliance	ESD-safe standards (ANSI/ESD S20.20 compliant materials, if applicable)
Packaging	Bulk / Cleanroom-safe packaging options available

Protective coverings: Special-purpose protective coverings, ESD Caps (Electrostatic Discharge caps), may be employed to help contain and discharge the build-up of static electricity in ESD-sensitive locations. They are widely used in wrapping dispensing syringes, barrels and connectors to offer protection and safety for the delicate electronic components. These caps are constructed with good-quality anti-static or conductive materials, which are effective in dissipating the electrostatic charges and vice versa. They are also durable and chemical resistant. They are fitted firmly to prevent leaks, contamination, and accidental exposure when storing or in use. Applications of ESD caps in electronics production, clean rooms, laboratories and assembly lines where a high degree of control of static is required. They are very light and convenient to handle and hence a lot more efficient and safe in their operations. They are compatible with most dispensing systems and can be engineered to a specific fit to achieve wide compatibility with a large number of dispensing systems to ensure the quality of the product and prevent costly product failure in critical uses.

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