電子線架橋ポリオレフィンフォーム ソフトロンFR-ND

Softlon FR-ND, Polyethylene electron beam cross-linked foam

PE Foam with excellent heat insulation/retention, flame retardancy, and cushioning properties
  • Mobility
  • Building / Infrastructure
Fire resistance, Flame retardance
Product category Environment

Softlon FR-ND, Polyethylene electron beam cross-linked foam

Battery temperature stabilization

The life span and performance of batteries in electric vehicles (EVs) are greatly affected by temperature.
At low temperatures, the internal resistance of the battery cells increases, which affects the performance and life span of the batteries and may result in failure to fully charge the battery.
At high temperatures, the heat may affect the power density, reduce acceleration performance, or cause thermal runaway, which can damage the battery.
In order to achieve the battery’s intended performance and life span, the temperature inside the battery pack must be maintained at an appropriate level.

バッテリーの温度安定化

Flame retardant foam with excellent heat insulation performance

The Softlon electron-beam cross-linked polyolefin foam has low-thermal conductivity and has excellent insulation and heat retention properties.
Its flexibility acts as a buffer material and protects the battery cell from impact.
Softlon FR-ND is also fire retardant, enhancing safety inside the battery pack.

断熱性能に優れた難燃フォーム

Technical information

Technical information

Technical overview

  Thermal insulation

Low thermal conductivity

Low thermal conductivity
and excellent heat insulation / heat retention.

 Flame retardant

Safety

Addition of flame retardant properties
making it a safe material.

 Shock/Vibration absorption

Safety & comfortable 

It protects the LIB from shocks,
suppresses vibration, and makes the interior
of the car more comfortable.

 Light weight/Thinness

Low density and thin

Lightweight and space-saving.

Technical details

 Thermal insulationIt has a low thermal conductivity of 0.0345W/mK and
high heat retention performance.

 Flame retardantFlame retardant standard HF-1 equivalent.
Non-halogen products can also be supplied.

 Shock/Vibration absorptionDevelops flexibility and resilience in response to deformation
to act as a cushioning material and protect components

 Light weight/Thinness

Test item Unit Softlon FR-ND Development Test
method
#3002 #3003 #3004 #3005 Halogen
free
Halogen free - No No No No Yes Internal
Thickness mm 2 3 4 5 2 JIS K6767
Density kg/m³ 33 33 33 33 30 JIS K6767
Tensile strength MD kPa 380 370 330 376 458 JIS K6767
TD 223 210 230 200 252
Elongation MD % 185 200 224 201 143 JIS K6767
TD 146 165 156 148 138
Compression strength 25% kPa 32 33 33 34 35 JIS K6767
Thermal shrinkage MD % -1.2 -1.2 -0.9 -1.0 -1.7 JIS K6767
(70℃×22Hr) TD -0.2 -0.2 -0.4 -0.2 -0.6
Flame retardancy UL94 HF-1 HF-1 HF-1 HF-1 HF-1
(internal test)
UL94
Fire resistance, Flame retardance
Product category Environment

Softlon FR-ND, Polyethylene electron beam cross-linked foam

Battery temperature stabilization

The life span and performance of batteries in electric vehicles (EVs) are greatly affected by temperature.
At low temperatures, the internal resistance of the battery cells increases, which affects the performance and life span of the batteries and may result in failure to fully charge the battery.
At high temperatures, the heat may affect the power density, reduce acceleration performance, or cause thermal runaway, which can damage the battery.
In order to achieve the battery’s intended performance and life span, the temperature inside the battery pack must be maintained at an appropriate level.

バッテリーの温度安定化

Flame retardant foam with excellent heat insulation performance

The Softlon electron-beam cross-linked polyolefin foam has low-thermal conductivity and has excellent insulation and heat retention properties.
Its flexibility acts as a buffer material and protects the battery cell from impact.
Softlon FR-ND is also fire retardant, enhancing safety inside the battery pack.

断熱性能に優れた難燃フォーム

Technical information

Technical information

Technical overview

  Thermal insulation

Low thermal conductivity

Low thermal conductivity
and excellent heat insulation / heat retention.

 Flame retardant

Safety

Addition of flame retardant properties
making it a safe material.

 Shock/Vibration absorption

Safety & comfortable 

It protects the LIB from shocks,
suppresses vibration, and makes the interior
of the car more comfortable.

 Light weight/Thinness

Low density and thin

Lightweight and space-saving.

Technical details

 Thermal insulationIt has a low thermal conductivity of 0.0345W/mK and
high heat retention performance.

 Flame retardantFlame retardant standard HF-1 equivalent.
Non-halogen products can also be supplied.

 Shock/Vibration absorptionDevelops flexibility and resilience in response to deformation
to act as a cushioning material and protect components

 Light weight/Thinness

Test item Unit Softlon FR-ND Development Test
method
#3002 #3003 #3004 #3005 Halogen
free
Halogen free - No No No No Yes Internal
Thickness mm 2 3 4 5 2 JIS K6767
Density kg/m³ 33 33 33 33 30 JIS K6767
Tensile strength MD kPa 380 370 330 376 458 JIS K6767
TD 223 210 230 200 252
Elongation MD % 185 200 224 201 143 JIS K6767
TD 146 165 156 148 138
Compression strength 25% kPa 32 33 33 34 35 JIS K6767
Thermal shrinkage MD % -1.2 -1.2 -0.9 -1.0 -1.7 JIS K6767
(70℃×22Hr) TD -0.2 -0.2 -0.4 -0.2 -0.6
Flame retardancy UL94 HF-1 HF-1 HF-1 HF-1 HF-1
(internal test)
UL94

Document download

  • All
  • Catalog
  • Properties List
  • SDS
  • RoHS
Name Type File Update File
SDS: Softlon FR-ND WT SDS pdf 2024-11-20 Download37.56 KB
SDS: Softlon FR-ND BK SDS pdf 2024-11-20 Download37.36 KB
RoHS:Softlon FR-ND Test Report RoHS pdf 2024-04-09 Download284.61 KB
RoHS:Softlon FR-ND Directive Non-use Report RoHS pdf 2024-04-09 Download189.31 KB
Catalog:Softlon FR-ND, Polyethylene electron beam cross-linked foam_SekisuiMobilitySolution Catalog pdf 2023-09-11 Download1.23 MB
Properties list:Softlon FR-ND(thickness2.0、3.0、4.0、5.0mm/expansion times30) Properties List pdf 2023-05-09 Download676.55 KB