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HyboFOAM® CRH PMI Foam
Product Code: SDF-COR-057
HyboFOAM® CRH PMI Foam Fire-performance-focused series for rail interior and wall panels.
Why does it matter?
For PMI foam, the series is as important as density. C, E, RF and CRH should not be treated as direct equivalents because cell structure, process limits and application focus differ.
Selection criteria
- Maximum cure temperature and pressure
- Compression and shear loads
- Panel thickness and weight target
- Bonding, CNC and shaping requirements
- Dielectric or fire performance
Compare series in the PMI foam guide.
Technical Details
According to the product information, the CRH series may be considered for autoclave, vacuum bagging, RTM, VARTM, VARI and HP-RTM. The maximum 150°C and 0.5 MPa values depend on density; verify the final cycle against the manufacturer TDS and trials.
Technical Specifications
| Material | Closed-cell PMI foam |
|---|---|
| Series | HyboFOAM CRH |
| Grades / densities | CRH52. CRH75 and CRH110 |
| Maximum process temperature | 150°C |
| Maximum process pressure | 0.5 MPa |
| Typical compressive-strength range | 0.9–3 MPa |
| Suitable processes | Autoclave, vacuum bagging, RTM, VARTM, VARI and HP-RTM |
| Shaping | CNC machining, bonding and series-dependent thermoforming |
Areas of Use
Aerospace and defence
UAV and radome structures
Rail systems
Automotive and motorsport
Wind energy
Industrial sandwich panels
Advantages
High specific stiffness
Lightweight closed-cell structure
CNC machinability
Thermoforming and bonding options
Suitability for multiple composite processes
S.S.S
Frequently Asked Questions
Which applications suit HyboFOAM CRH?
Fire-performance-focused series for rail interior and wall panels.
What are the maximum process conditions?
The product information states a maximum of 150°C and 0.5 MPa, depending on density. The actual cycle must be verified for grade and part geometry.
Which density should be selected?
Compression and shear loads, panel thickness, skins, process pressure and weight target must be calculated together; selection should not be based on the lowest density alone.
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