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Antistatic Conductive PP Strap





Antistatic Conductive PP Strap is a specialized packaging material designed to prevent static electricity buildup while offering durability and strength. Here’s a detailed breakdown:



  1. Material & Composition



Made from Polypropylene (PP), a lightweight yet strong plastic.

Infused with conductive additives (e.g., carbon fibers or metallic particles) to dissipate static charges.




2. Key Features



Antistatic/Conductive Properties: Prevents electrostatic discharge (ESD), protecting sensitive electronics during shipping or handling.



High Tensile Strength: Resists breaking under tension, ideal for heavy loads.



Moisture & Chemical Resistance: Suitable for harsh environments.



Lightweight & Flexible: Easy to handle and apply.



Customizable: Available in various widths, colors, and printing options for branding/logos.



3. Applications



Electronics Manufacturing: Securing PCBs, chips, or devices prone to ESD damage.



Automotive Parts: Packaging for sensors, dashboards, or electronic components.



Logistics: Bundling antistatic-sensitive goods.



Industrial Packaging: For items requiring static control (e.g., medical devices).



4. Advantages Over Standard PP Straps



Prevents static-related damage (unlike non-conductive straps).



More cost-effective than metal strapping for ESD applications.



Recyclable (like traditional PP) but with added safety.



5. Standards & Certifications



May comply with ESD-safe standards (e.g., ANSI/ESD S20.20 or IEC 61340).



6. Buying Considerations



Surface Resistance: Look for straps with 10³–10⁶ ohms for optimal static dissipation.



Width/Thickness: Match to load requirements (e.g., 9mm–15mm common for light/medium loads).



Color Options: Black (common for conductive straps due to carbon content).

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