8011 0.02mm/800mm Pharmaceutical Bubble Aluminum Foil Plastic Composite Film

Product Description:

The 8011 0.02mm/800mm pharmaceutical blister aluminum-plastic composite film, with its dual-core advantages of 'ultimate barrier and medical safety', has become the gold standard in the global pharmaceutical industry. From the long-term stability of Swiss antibiotics to the ultra-low temperature challenges of American mRNA vaccines, its performance has been rigorously validated. With the rise of smart healthcare and green packaging, this material will lead the revolution in precise and sustainable drug packaging.

Substrate: 8011 aluminum foil (Al ≥ 98.5%, Fe 0.5-0.9%, Si 0.4-0.8%), thickness 0.02mm, width 800mm

Composite structure: aluminum foil+PET (12 μ m)+heat sealing layer (CPP 40 μ m)

Heat sealing strength: ≥ 3.5N/15mm (ASTM F88), heat sealing temperature range 150-190 ºC

Product Parameters:

Core Benefits:

This aluminum strip offers distinct benefits, particularly due to its custom hardness:

Case Studies   

• Power Battery (Chinese/European Market)
  Case: CATL NCM 811 Battery Packaging
  Solution: Replace traditional copper foil with 0.015mm 8011 aluminum foil for negative electrode current collector.
  achievements:
  The battery energy density has been increased by 15% (up to 300Wh/kg) and has passed the UN 38.3 safety certification.
  Cost reduction of 12%, awarded the 2023 Global New Energy Vehicle Innovation Technology Award.
  Energy storage batteries (North American market)
  Case: Tesla Megapack Energy Storage System
  Solution: 1400mm wide aluminum foil suitable for continuous lamination process, integrated with high temperature resistant coating (resistant to 80 ºC).
  achievements:
  The cycle life has exceeded 8000 times (capacity retention rate ≥ 80%) and obtained UL 9540A fire protection certification.
  The production efficiency has increased by 25%, and the annual production capacity has been expanded to 40GWh.
  Flexible batteries (Korean market)
  Case: LG Chem Wearable Device Battery
  Solution: 0.015mm aluminum foil undergoes micro wrinkling treatment, with bending times greater than 100000 times (curvature radius of 2mm).
  achievements:
  The battery thickness is less than 1mm, suitable for AR glasses, and meets the IEC 62133 safety standard.
  The mass production yield is 98%, and the cost is 50% lower than the nano silver coating solution.
  Solid state battery pre research (Japanese market)
  Case: Toyota All Solid State Battery Prototype
  Solution: 8011 aluminum foil surface coated with ceramic layer (Al2 O ∝), resistant to high voltage 5V interface reaction.
  achievements:
  The interface impedance is reduced by 40%, and the energy density reaches 400Wh/kg (laboratory data).
  The goal is to achieve mass production by 2025 and support the next generation of electric vehicles.
  
  Market Trend Insights
  Explosive demand:
  The global lithium battery production capacity will exceed 3TWh by 2025, and the penetration rate of ultra-thin aluminum foil will increase by 35% annually (according to Bloomberg New Energy Finance).
  Technical iteration:
  4680 large cylindrical batteries and blade batteries drive 0.01-0.02mm aluminum foil to become mainstream, with a market share of over 60% by 2024.
  Geographical layout:
  The construction of localized supply chains in Europe (such as Northvolt) has spurred an investment boom in 1400mm+wide aluminum foil production lines.
  Future application prospects
  Sodium ion battery packaging:
  Adapt to highly corrosive NaPF6 electrolyte and develop a double-layer passivation coating (with a 50% increase in corrosion resistance).
  Space energy system:
  Radiation resistant modified aluminum foil (resistant to 1Mrad gamma rays), used for energy storage modules in lunar bases.
  Self repairing coating technology:
  Microencapsulated electrolyte neutralizer, automatically repairs coating damage and extends battery life by 30%.
  Bipolar plates for hydrogen batteries:
  Ultra thin aluminum foil composite graphene, replacing titanium substrate, reduces costs by 70% (potential market of $5 billion by 2030).
  
  The 8011 lithium battery packaging aluminum foil, with a limit specification of 0.015mm/1400mm and a revolutionary breakthrough in corrosion resistance, has become the core material for high energy density batteries. From CATL's power batteries to Tesla's energy storage systems, its technological advantages have been validated by leading manufacturers worldwide. With breakthroughs in solid-state batteries and space energy, this material will continue to define a future of energy storage that is lighter, stronger, and safer.
  Take action now:
  Get a free electrolyte compatibility testing report, a global supply chain map, and solid-state battery research plans, and seize the high ground in new energy technology!

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