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Polyimide Solid State PIP40 High Temperature Resistant Thermally Stable 811 Ternary Material

Polyimide Solid State PIP40 High Temperature Resistant Thermally Stable 811 Ternary Material

MOQ: 100g
Price: 1-1000USD/Negotiable
Standard Packaging: Plastic package
Delivery Period: 5-7 days
Payment Method: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Capacity: 1 t/month
Detail Information
Place of Origin
CHINA
Brand Name
XWELL
Certification
CE
Model Number
PIP40
Model:
PIP40
Thickness​:
30±5 μm
​Basis Weight​:
3±0.5 G/m²
​Porosity​:
>90%
​​Air Permeability​:
0.080s (0.12bar)
Temperature Range​:
-160~350°C
Tensile Strength (MD/TD)​:
5 MPa
​​Liquid Absorption​:
>80%
Highlight:

High Temperature Resistant ternary material

,

811 ternary material

,

PIP40 ternary lithium battery

Product Description

Polyimide Solid-state Battery Isolation Film PIP40 Lithium-ion Battery High Temperature Resistant Thermally Stable Ternary 811 Material

Product Overview​

Xwell's PIP40 polyimide separator is an advanced high-temperature membrane engineered for next-generation solid-state batteries. Featuring a unique 3D microporous structure and exceptional thermal stability (up to 530°C), this yellow film provides critical safety and performance advantages for cutting-edge battery research and development.

Key Specifications​

​Parameter​ ​Value​ ​Test Standard​
​Thickness​ 30±5 μm ISO 4593
​Basis Weight​ 3±0.5 g/m² ASTM D3776
​Porosity​ >90% Mercury Porosimetry
​Air Permeability​ 0.080s (0.12bar) ISO 5636-5
​Temperature Range​ -160~350°C Thermal Analysis
​Tensile Strength (MD/TD)​ ≥5 MPa ASTM D882
​Liquid Absorption​ >80% Gravimetric Method

Material Advantages​

  1. ​Unmatched Thermal Safety​

    • Withstands extreme temperatures (-160°C to 350°C operational)
    • No melting point observed (decomposition at 530°C)
  2. ​Structural Integrity​

    • 3D fiber network provides rigid mechanical support
    • Maintains dimensional stability with gel electrolytes
  3. ​Optimized Performance​

    • Adjustable pore structure for different battery systems
    • Superior electrolyte retention (>80% absorption)
  4. ​Safety Assurance​

    • Prevents thermal runaway in abuse conditions (needle penetration, impact)
    • Non-flammable composition

Applications​

  • ​Solid-State Battery Prototyping​
  • ​High-Temperature Battery Systems​
  • ​Safety-Critical Energy Storage​
products
PRODUCTS DETAILS
Polyimide Solid State PIP40 High Temperature Resistant Thermally Stable 811 Ternary Material
MOQ: 100g
Price: 1-1000USD/Negotiable
Standard Packaging: Plastic package
Delivery Period: 5-7 days
Payment Method: L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Capacity: 1 t/month
Detail Information
Place of Origin
CHINA
Brand Name
XWELL
Certification
CE
Model Number
PIP40
Model:
PIP40
Thickness​:
30±5 μm
​Basis Weight​:
3±0.5 G/m²
​Porosity​:
>90%
​​Air Permeability​:
0.080s (0.12bar)
Temperature Range​:
-160~350°C
Tensile Strength (MD/TD)​:
5 MPa
​​Liquid Absorption​:
>80%
Minimum Order Quantity:
100g
Price:
1-1000USD/Negotiable
Packaging Details:
Plastic package
Delivery Time:
5-7 days
Payment Terms:
L/C,D/A,D/P,T/T,Western Union,MoneyGram
Supply Ability:
1 t/month
Highlight

High Temperature Resistant ternary material

,

811 ternary material

,

PIP40 ternary lithium battery

Product Description

Polyimide Solid-state Battery Isolation Film PIP40 Lithium-ion Battery High Temperature Resistant Thermally Stable Ternary 811 Material

Product Overview​

Xwell's PIP40 polyimide separator is an advanced high-temperature membrane engineered for next-generation solid-state batteries. Featuring a unique 3D microporous structure and exceptional thermal stability (up to 530°C), this yellow film provides critical safety and performance advantages for cutting-edge battery research and development.

Key Specifications​

​Parameter​ ​Value​ ​Test Standard​
​Thickness​ 30±5 μm ISO 4593
​Basis Weight​ 3±0.5 g/m² ASTM D3776
​Porosity​ >90% Mercury Porosimetry
​Air Permeability​ 0.080s (0.12bar) ISO 5636-5
​Temperature Range​ -160~350°C Thermal Analysis
​Tensile Strength (MD/TD)​ ≥5 MPa ASTM D882
​Liquid Absorption​ >80% Gravimetric Method

Material Advantages​

  1. ​Unmatched Thermal Safety​

    • Withstands extreme temperatures (-160°C to 350°C operational)
    • No melting point observed (decomposition at 530°C)
  2. ​Structural Integrity​

    • 3D fiber network provides rigid mechanical support
    • Maintains dimensional stability with gel electrolytes
  3. ​Optimized Performance​

    • Adjustable pore structure for different battery systems
    • Superior electrolyte retention (>80% absorption)
  4. ​Safety Assurance​

    • Prevents thermal runaway in abuse conditions (needle penetration, impact)
    • Non-flammable composition

Applications​

  • ​Solid-State Battery Prototyping​
  • ​High-Temperature Battery Systems​
  • ​Safety-Critical Energy Storage​
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