
CORE MATERIAL WITH UNRIVALED HEAT RESISTANCE AND CREEP COMPRESSION STRENGTH
ROHACELL® foams for all your applications and processes
Whether your key selection criteria is density, processing temperature, cell size or a specific mechanical property performance level, we offer a full line of ROHACELL® products to meet your application needs.
All ROHACELL® foams provide impressive mechanical strength, even at very low densities, and a heat distortion temperature and creep compression strength that is superior to any other rigid foam. For select grades, the properties can be further enhanced by heat treatment. Click on the product grades listed below to view mechanical properties and available densities, then contact us for assistance in selecting the optimal product for your application.
Choose your grade
Product Grade
|
Application Industry
|
Cell Size
|
Curing Temperature
|
Special Properties
|
Aircraft
|
Coarse
|
≤130 °C
|
Low temperature curing / standard aircraft grade
|
|
Aircraft
|
Medium
|
≤180 °C
|
Highest elongation at break / damage tolerance
|
|
Aircraft
|
Medium
|
≤180 °C
|
Designed for resin infusion / small cells
|
|
Aircraft
Sport |
Fine
|
*≤180 °C
|
Designed for resin infusion / smallest cells
|
|
Aircraft
|
Coarse
|
*≤190 °C
|
Highest temperature resistance / usable with BMI resins
|
|
Aircraft
Radomes |
Coarse
|
*≤180 °C
|
Most frequently qualified aircraft grade
|
|
Aircraft
Railway Shipbuilding |
Coarse
|
≤130 °C
|
Good fire behavior for railcars / ships / small aircraft (no OSU)
|
|
Aircraft
Electronics |
Medium
|
*≤180 °C
|
Electrically conductive / designed for UAVs and other stealth applications
|
|
Radomes
Medical |
Fine
|
≤130 °C
|
High frequency transparency / designed for radome and medical x-ray table applications
|
|
Sport
Automotive |
Medium
|
*≤180 °C
|
Increased elongation at break
|
|
Automotive
Medical Sport Electronics |
Medium
|
≤130 °C
|
Standard grade for non-qualified applications
|
|
Wind
|
Medium
|
≤130 °C
|
High volume / low weight performance foam
|
* only with HT version