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EDPM Thermal Resistance Foam With Conductivity For Ev Batteries
  • EDPM Thermal Resistance Foam With Conductivity For Ev Batteries
  • EDPM Thermal Resistance Foam With Conductivity For Ev Batteries

EDPM Thermal Resistance Foam With Conductivity For Ev Batteries

Place of Origin China
Brand Name FQ
Certification IATF16949;ISO
Model Number FQ01
Product Details
Thermal Conductivity:
Compression Curve (25 ℃):
µ-3σ≥0.4@15% µ+3σ≤0.8@20% µ+3σ≤1.4@30%
Compression Set (high Temperature Aging):
ASTM D1056 C
Citation Standard:
ASTM D 412/ASTM E1269 - 11/ASTM C273 / C273M-16
Tensile Strength:

EDPM Thermal Resistance Foam


Thermal Resistance Foam With Conductivity


EDPM Thermal Resistance for ev batteries

Payment & Shipping Terms
Minimum Order Quantity
Customized Design
Packaging Details
Plastic bags and ctn; PE bags and Carton.
Delivery Time
Product Description

Product Description:

1. Enhanced Fire Resistance: EPDM foam has been further developed to possess improved fire resistance properties. This advancement ensures that in the event of a battery fire, the foam material can withstand high temperatures and limit the spread of flames, providing an additional layer of safety for NEV batteries.
2. Increased Energy Efficiency: Ongoing research and development have led to the formulation of EPDM foam with enhanced energy efficiency characteristics. This new variant of foam minimizes thermal conductivity even further, reducing heat transfer and optimizing the energy utilization of the battery system.
3. Advanced Moisture Management: The latest generation of EPDM foam incorporates advanced moisture management features. It not only resists water ingress but also effectively manages internal moisture levels within the battery pack. This feature helps to mitigate potential issues related to condensation, humidity, and moisture accumulation, further enhancing the battery's performance and longevity.
4. Improved Structural Integrity: Recent advancements in EPDM foam production techniques have resulted in foam with higher structural integrity. This improved strength and durability allow the foam to withstand higher mechanical stresses, ensuring better protection for NEV batteries against impacts, vibrations, and mechanical loads.
5. Customizable Formulations: Manufacturers now offer a wider range of customizable EPDM foam formulations to cater to specific NEV battery requirements. These formulations can be tailored to meet various performance criteria, such as specific thermal insulation needs, moisture resistance levels, or vibration damping requirements, providing more flexibility in battery design and optimization.
6. Sustainable and Eco-Friendly Options: In response to increasing environmental concerns, eco-friendly variants of EPDM foam have been developed. These foams are manufactured using sustainable materials and processes, reducing their environmental impact and aligning with the growing focus on sustainability in the automotive industry.
7. Integration of Smart Technologies: EPDM foam has been integrated with smart technologies to enhance its functionality. For instance, some variants feature embedded sensors that can monitor temperature, moisture levels, and other parameters within the battery pack. This real-time monitoring enables early detection of potential issues and allows for proactive maintenance and optimization of the battery system.
8. Compatibility with High-Energy Batteries: With the advancement of high-energy battery technologies, EPDM foam has been adapted to ensure compatibility with these systems. The foam's formulation and design have been optimized to withstand the higher energy densities and operational conditions associated with next-generation NEV batteries.
9. Regulatory Compliance: The latest developments in EPDM foam address evolving regulatory requirements and standards for NEV batteries. These foams are designed to meet or exceed safety and performance regulations, ensuring that NEV battery systems using EPDM foam are in compliance with industry guidelines and regulations.
10. Cost Optimization: Ongoing research and manufacturing advancements have led to cost optimization in the production of EPDM foam. The latest foam variants offer improved performance and features while maintaining competitive pricing, making them a cost-effective choice for NEV battery insulation and protection.
These advancements and differentiating factors further strengthen the position of EPDM foam as a top choice for thermal insulation and protection in NEV battery applications, providing enhanced safety, performance, and sustainability for the rapidly evolving electric vehicle industry.


  • Product Name: Battery Thermal Insulation
  • Thermal Resistance: 0.037m²K/W
  • Material: EDPM Foam
  • Compression set (high temperature aging): ASTM D1056 C
  • Citation standard: ASTM D 412/ASTM E1269 - 11/ASTM C273 / C273M-16
  • Tensile Strength: 0.2Mpa
  • Function: Temperature management, Thermal insulation

Technical Parameters:

MaterialEDPM Foam
Shore A40±5/70±5
Thermal Resistance(m²K/W)0.037
Tensile Strength(Mpa)0.2
Compression curve (25 ℃)µ-3σ≥0.4@15%, µ+3σ≤0.8@20%, µ+3σ≤1.4@30%
Flame retardancyUL94V-0
CertificateITS16949 ISO9000:2006
Temperature controlYes
Thermal conductivity coefficientYes
Flame retardancyYes
Quality certificationYes


FQ Battery Thermal Insulation is the ideal solution for temperature management and thermal conductivity. This product is made of high-quality EDPM foam and has a Shore A rating of 40±5/70±5 and a Tensile Strength of 0.2Mpa, making it highly reliable and durable. It also features a Compression set (high temperature aging) rating of ASTM D1056 C, ensuring it can withstand extreme temperatures. The product is 1000mm in length and is designed to provide superior insulation for your batteries. With its superior temperature management and thermal conductivity, FQ Battery Thermal Insulation is the perfect choice for your battery needs.
Choose FQ Battery Thermal Insulation for reliable temperature management and thermal conductivity. Crafted with high-quality EDPM foam, a Shore A rating of 40±5/70±5, a Tensile Strength of 0.2Mpa, and a Compression set (high temperature aging) rating of ASTM D1056 C, this product is built to last. Its 1000mm length ensures superior insulation for your batteries, making it the ideal choice for reliable temperature management. With its superior quality and performance, FQ Battery Thermal Insulation is the perfect choice for your battery needs.



Customized Battery Thermal Insulation by FQ

At FQ, we provide customized Battery Thermal Insulation, with the following properties:

  • Brand Name: FQ
  • Place of Origin: China
  • Length: 1000mm
  • Flame retardancy: UL94V-0
  • Shore A: 40±5/70±5
  • Compression curve (25 ℃): µ-3σ≥0.4@15% µ+3σ≤0.8@20% µ+3σ≤1.4@30%
  • Tensile Strength: 0.2Mpa
  • EDPM foam
  • High Heat capacity
  • Excellent Thermal conductivity coefficient

FQ provides customers with customized Battery Thermal Insulation that meets their requirements.


Support and Services:

Battery Thermal Insulation Technical Support and Services

We are committed to providing our customers with the highest quality Battery Thermal Insulation products and services. Our technical support and services include:

  • 24/7 technical assistance
  • Troubleshooting and problem solving
  • Installation, maintenance and repair
  • Product customization
  • Product upgrades and updates
  • Ongoing product training and support

Our experienced and professional customer service team provides comprehensive support and services to ensure your Battery Thermal Insulation products perform at the highest level. If you have any questions or need assistance, please contact us.

Contact Us at Any Time

No. 188, Wuchen Road, Dongtai Industrial Park, Qingkou Town, Minhou County
Send your inquiry directly to us