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Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation

Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation

MOQ: 60kg
Price: Please contact customer service to inquire about the price.
Standard Packaging: Cartons and pallets
Delivery Period: 5-15 work days
Payment Method: L/C,D/A,D/P,T/T,Western Union
Supply Capacity: 60 tons per month
Detail Information
Place of Origin
Xuchang City, Henan Province, China
Brand Name
NEWDESEN
Certification
ISO9001
Model Number
QY-6051
Model NO.:
6050 6051
Product Description
Product Details
Description

Polyimide (PI) is a polymer of imide monomers, also known as heat resistant film or high-temperature film. With their high heat resistance, polyimide enjoys diverse applications in roles demanding rugged organic materials. Polyimide film is ideal for insulating circuit boards, high-temperature powder coating, and transformers manufacturing.

Polyimide film provides excellent electrical, thermal, physical, and chemical properties over a wide temperature range between -269°C (-452°F) and 400°C (752°F) making them superior for electrical insulation applications. Polyimide film can be laminated, metalized, punched, formed, or adhesive coated. BOPI film has better thickness tolerances, higher physical, chemical, and electrical properties. It is the recommended choice for applications that require an all-polyimide film with an excellent balance of properties over a wide range of temperatures we can provide both standard and custom polyimide film solutions for a customer depending on their needs.

Features
  • Excellent thickness tolerance property
  • Temp resistance from -452°F to over 752°F(-269°C to over 400°C)
  • Easy coating property
  • Excellent balance of the electrical, chemical and physical property
  • Flame retardant
  • Radiation retardant
Technical indicators of polyimide film independent of thickness
Indicator name unit Metric value
Density kg/m³ 1425±10
Melting point Non-fusible
Relative Capacitance(23℃±2℃) 50 Hz 3.5±0.4
1 kHz 3.4±0.4
Media Loss Factor (23°C±2°C, 50 Hz or 1kHz) ≤4.0×10-³
Volumetric resistivity (200°C±3°C) Ω ·m ≥1.0×10'°
Surface resistivity (200°C±3°C) Ω ≥1.0×10'⁴
Dimensional stability (longitudinal and horizontal shrinkage, 30 min, 150°C±2°C) % ≤0.35
Water absorption (moisture 24h) % ≤4.0
Flammability (Tube Method) VTFO
Technical specifications related to the thickness of polyimide films
Thickness u m Tensile strength M P a Elongation at Break % AC electrical strength (48Hz~62 Hz) V/μm
7.5 ≥165 ≥40 ≥235
12.5 ≥165 ≥40 ≥235
25 ≥165 ≥40 ≥235
50 ≥165 ≥50 ≥195
75 ≥165 ≥50 ≥175
100 ≥165 ≥50 ≥150
125 ≥165 ≥50 ≥120
150 ≥140 ≥70 ≥120
175 ≥140 ≥70 ≥120
188 ≥140 ≥70 ≥110
200 ≥120 ≥70 ≥110
230 ≥120 ≥70 ≥100
250 ≥100 ≥70 ≥100

Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation 0

Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation 1

Products
PRODUCTS DETAILS
Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation
MOQ: 60kg
Price: Please contact customer service to inquire about the price.
Standard Packaging: Cartons and pallets
Delivery Period: 5-15 work days
Payment Method: L/C,D/A,D/P,T/T,Western Union
Supply Capacity: 60 tons per month
Detail Information
Place of Origin
Xuchang City, Henan Province, China
Brand Name
NEWDESEN
Certification
ISO9001
Model Number
QY-6051
Model NO.:
6050 6051
Minimum Order Quantity:
60kg
Price:
Please contact customer service to inquire about the price.
Packaging Details:
Cartons and pallets
Delivery Time:
5-15 work days
Payment Terms:
L/C,D/A,D/P,T/T,Western Union
Supply Ability:
60 tons per month
Product Description
Product Details
Description

Polyimide (PI) is a polymer of imide monomers, also known as heat resistant film or high-temperature film. With their high heat resistance, polyimide enjoys diverse applications in roles demanding rugged organic materials. Polyimide film is ideal for insulating circuit boards, high-temperature powder coating, and transformers manufacturing.

Polyimide film provides excellent electrical, thermal, physical, and chemical properties over a wide temperature range between -269°C (-452°F) and 400°C (752°F) making them superior for electrical insulation applications. Polyimide film can be laminated, metalized, punched, formed, or adhesive coated. BOPI film has better thickness tolerances, higher physical, chemical, and electrical properties. It is the recommended choice for applications that require an all-polyimide film with an excellent balance of properties over a wide range of temperatures we can provide both standard and custom polyimide film solutions for a customer depending on their needs.

Features
  • Excellent thickness tolerance property
  • Temp resistance from -452°F to over 752°F(-269°C to over 400°C)
  • Easy coating property
  • Excellent balance of the electrical, chemical and physical property
  • Flame retardant
  • Radiation retardant
Technical indicators of polyimide film independent of thickness
Indicator name unit Metric value
Density kg/m³ 1425±10
Melting point Non-fusible
Relative Capacitance(23℃±2℃) 50 Hz 3.5±0.4
1 kHz 3.4±0.4
Media Loss Factor (23°C±2°C, 50 Hz or 1kHz) ≤4.0×10-³
Volumetric resistivity (200°C±3°C) Ω ·m ≥1.0×10'°
Surface resistivity (200°C±3°C) Ω ≥1.0×10'⁴
Dimensional stability (longitudinal and horizontal shrinkage, 30 min, 150°C±2°C) % ≤0.35
Water absorption (moisture 24h) % ≤4.0
Flammability (Tube Method) VTFO
Technical specifications related to the thickness of polyimide films
Thickness u m Tensile strength M P a Elongation at Break % AC electrical strength (48Hz~62 Hz) V/μm
7.5 ≥165 ≥40 ≥235
12.5 ≥165 ≥40 ≥235
25 ≥165 ≥40 ≥235
50 ≥165 ≥50 ≥195
75 ≥165 ≥50 ≥175
100 ≥165 ≥50 ≥150
125 ≥165 ≥50 ≥120
150 ≥140 ≥70 ≥120
175 ≥140 ≥70 ≥120
188 ≥140 ≥70 ≥110
200 ≥120 ≥70 ≥110
230 ≥120 ≥70 ≥100
250 ≥100 ≥70 ≥100

Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation 0

Polyimide Film High Temperature Resistant H-Class Flame Retardant Radiation Resistant Insulation 1