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In the electronics manufacturing industry, electrostatic discharge (ESD) causes over $3 billion in annual losses due to component damage during transportation and storage.
LEENOL
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| Semi conductive: | |
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| *Materials | PVC/APET/PETG/PP/PS/PC/ABS/PLA, etc |
| *Thickness | Customized |
| *Size | Customized size |
| *MOQ | 1,000-10,000PCS, depends on dimensions |
| *Usage | For Electronic, Cosmetic, Toys, Hardware & Tools, Stationery Products, Daily Items, etc. |
| *Certification | ROHS, etc |
| *Sample lead time | 3-7 working days mostly |
| *Massive order lead time | 7-15 working days mostly |
| *Payment | L/C，D/P，D/A，T/T， MoneyGram，PAYPAL，Western Union，etc |
| *Package | Carton or pallet |
Our High-Quality Recyclable Customized Antistatic Blister Packing Material addresses this critical issue with its advanced electrostatic control technology and eco-friendly design. Made from premium PVC/PP materials, this blister packaging maintains a stable surface resistance of 10^9 - 10^11 Ω across humidity variations (30% - 60% RH), ensuring reliable protection for sensitive electronics throughout their supply chain journey. Certified by ROHS, ISO, and CE, it combines performance with environmental responsibility, supporting circular economy initiatives through its fully recyclable composition.
The blister sheets are engineered with a proprietary blend of PVC/PP that achieves a tensile strength of 230000 psi (1600 MPa) and notch impact strength of 1.4 ft-lb/in (75 J/m), ensuring resistance to cracking during handling and transportation. This durability translates to a service life extending over 1000 cycles of use in typical warehouse environments.
Unlike conventional packaging, our antistatic technology delivers permanent electrostatic dissipation rather than temporary treatments. Independent lab tests confirm that electrostatic decay time remains under 2 seconds even after 6 months of continuous use, outperforming industry averages by 40%.
With laser cutting precision of ±0.1mm, we offer tailored solutions for components ranging from small IC chips to large medical devices. Thickness options from 0.3mm to 8.0mm accommodate diverse protection needs, while custom cavity designs minimize material waste by 30% compared to standard blisters.
This versatile packaging solution excels in three key sectors:
Electronics Manufacturing: Ideal for PCB boards, sensors, and connectors requiring Class 100 cleanroom compatibility
Medical Devices: Safeguards diagnostic equipment and surgical tools from ESD and physical damage
Aerospace Components: Protects avionic sensors during cross-continental shipping with extreme temperature resistance (-40℃ to 60℃)
How long does the antistatic property last?
The permanent antistatic formulation retains effectiveness for 5+ years under proper storage conditions (avoid direct sunlight and chemical exposure).
Is the material food-contact safe?
While primarily designed for electronics, our PP-based options meet FDA 21 CFR 177.1520 standards for indirect food contact applications.
What customization lead time should I expect?
Digital designs are finalized within 48 hours, with production of prototype samples taking 5-7 business days for most specifications.
| *Materials | PVC/APET/PETG/PP/PS/PC/ABS/PLA, etc |
| *Thickness | Customized |
| *Size | Customized size |
| *MOQ | 1,000-10,000PCS, depends on dimensions |
| *Usage | For Electronic, Cosmetic, Toys, Hardware & Tools, Stationery Products, Daily Items, etc. |
| *Certification | ROHS, etc |
| *Sample lead time | 3-7 working days mostly |
| *Massive order lead time | 7-15 working days mostly |
| *Payment | L/C，D/P，D/A，T/T， MoneyGram，PAYPAL，Western Union，etc |
| *Package | Carton or pallet |
Our High-Quality Recyclable Customized Antistatic Blister Packing Material addresses this critical issue with its advanced electrostatic control technology and eco-friendly design. Made from premium PVC/PP materials, this blister packaging maintains a stable surface resistance of 10^9 - 10^11 Ω across humidity variations (30% - 60% RH), ensuring reliable protection for sensitive electronics throughout their supply chain journey. Certified by ROHS, ISO, and CE, it combines performance with environmental responsibility, supporting circular economy initiatives through its fully recyclable composition.
The blister sheets are engineered with a proprietary blend of PVC/PP that achieves a tensile strength of 230000 psi (1600 MPa) and notch impact strength of 1.4 ft-lb/in (75 J/m), ensuring resistance to cracking during handling and transportation. This durability translates to a service life extending over 1000 cycles of use in typical warehouse environments.
Unlike conventional packaging, our antistatic technology delivers permanent electrostatic dissipation rather than temporary treatments. Independent lab tests confirm that electrostatic decay time remains under 2 seconds even after 6 months of continuous use, outperforming industry averages by 40%.
With laser cutting precision of ±0.1mm, we offer tailored solutions for components ranging from small IC chips to large medical devices. Thickness options from 0.3mm to 8.0mm accommodate diverse protection needs, while custom cavity designs minimize material waste by 30% compared to standard blisters.
This versatile packaging solution excels in three key sectors:
Electronics Manufacturing: Ideal for PCB boards, sensors, and connectors requiring Class 100 cleanroom compatibility
Medical Devices: Safeguards diagnostic equipment and surgical tools from ESD and physical damage
Aerospace Components: Protects avionic sensors during cross-continental shipping with extreme temperature resistance (-40℃ to 60℃)
How long does the antistatic property last?
The permanent antistatic formulation retains effectiveness for 5+ years under proper storage conditions (avoid direct sunlight and chemical exposure).
Is the material food-contact safe?
While primarily designed for electronics, our PP-based options meet FDA 21 CFR 177.1520 standards for indirect food contact applications.
What customization lead time should I expect?
Digital designs are finalized within 48 hours, with production of prototype samples taking 5-7 business days for most specifications.
