Black conductive& esd pe roll film

The black conductive film is based on black carbon black and polyethylene. Some models also contain graphene. It is made by mixing with anti-static masterbatch and various general-purpose plastics. It can be further processed into sheets, strips or used to make packaging bags.

Application:

1. Smart Wearable Field

 Adaptation features: soft and fitting, safe and non-toxic, stable resistance, customizable size

2. Semiconductor Manufacturing Field

Adaptation features: high-level electrostatic protection, electromagnetic shielding, dust-free materials, customizable width

3. New Energy Battery Field

Adaptive features: anti-static, explosion-proof, light-shielding and anti-UV, high temperature resistance (suitable for battery working environment)

4. Agricultural Shading Field

Adaptive features: 0% light transmittance, UV protection, antistatic (to prevent dust adsorption), customizable length

5. Automotive Field

Adaptive features: electromagnetic shielding, antistatic, light-shielding, soft and easy to process

6. Military and Aerospace Field

Adaptive features: high electrical conductivity efficiency (0.02Ω after coating), electromagnetic shielding, environmental resistance (high and low temperatures, humidity changes)

7. Medical Rehabilitation Field

Adaptive features: biocompatibility, soft fit, stable resistance

Product Feature

material: graphene/pe/carbon black

Shelf life: 5 year

thickness: customized

The main technical parameters:

Model	Item	General square resistance（Ω/Sq）	Thickness（μm）	Width（mm）	Length（m）	Application
JH5060	Conductive PE film	1K~100K	25~400	80~1250	Customized	Explosion-proof, anti-static, light-blocking packaging, electrostatic & electromagnetic shielding
JH5060F	Permanent anti-static film	100K~1G	25~400	80~1250	Customized	Explosion-proof, anti-static, shading packaging
JH5160	Single-sided conductive PE film	1K~100K & 1T	25~400	80~1250	Customized	Composite packaging
JH5160F	Permanent single-sided conductive PE film	100K~1G& 1T	25~400	80~1250	Customized	Composite packaging
JH5260	Double-sided conductive PE film	1K~100K Double-sided conductive 1K~100K	25~400	80~1250	Customized	Explosion-proof, anti-static, light-blocking packaging, electrostatic & electromagnetic shielding
JH5360F	Black light-blocking anti-static PE film	D100M~100G Non-permanent 100M~100G	25~400	80~1250	Customized	Anti-static, light-blocking
JH5460	Black light-blocking PE film	1T	25~400	80~1250	Customized	Light-blocking, UV-blocking

The surface resistance can be reduced to 0.02Ω by surface coating graphene,superconducting carbon paste or silver paste.

Electrostatic protection discharge

   In the electronics industry, static electricity may damage precision electronic components such as integrated circuits, leading to a decline in the performance of electronic products or their scrapping.

Film materials are made by adding anti-static masterbatches and mixing them with different general-purpose plastics. Cut into slices and strips. Bag-making and other processes.

It is applied to the electrostatic discharge and dissipation of electronic components, printer toner cartridges, shoe covers, cable signal lines and other products.

FAQ

Q:  Does the product support sample testing? How is the sample fee calculated? 

A:  Sample testing is supported: Regular model samples (size ≤ A4) can be provided free of charge. For specially customized models, a small sample fee is required . Sample lead time: Regular samples will be sent out within 3 working days, and customized samples will be sent out within 5-7 working days. Testing support: Provide sample parameter testing reports and can assist customers in adaptability testing (such as resistance stability and fit testing).

Q: What are the advantages of this product compared to traditional metal conductive materials (such as copper foil and aluminum foil)? 

A: Better flexibility: It can be bent and folded, and is suitable for irregular curved surfaces (such as human skin, equipment casings) Lighter weight: Its density is only 1/5 to 1/3 of that of metals, reducing the weight of end products (such as smart wearables, aerospace equipment) Lower cost: The bulk purchase price is lower than that of copper foil/aluminum foil, and the processing loss is small Higher safety: No sharp metal edges, avoiding scratches on equipment or human bodies, and no conductive oxidation