Hanno®-HW 26
The HANNO product world
Product description
Largely open-cell polyether-based polyurethane foam
Product properties
- Elastic
- Good cushioning and resilience
- Hydrolysis-resistant
- Moderate UV resistance
Application areas
- Automotive
- Mechanical engineering
- Equipment and apparatus engineering
Processing
Bonding only on dry, grease-free, clean substrates. Press the surface well. The material is easy to punch and cut. You can easily adjust the material and cut it to size with a sharp knife.
Cleaning
- No significant soiling from the material is to be expected. In the case of self-adhesive parts, adhesive residues can be removed with a petrol-based cleaning agent if necessary. The safety instructions for the cleaning agent used must be observed.
Delivery form
- Blockware
- Sheet goods
- Cuts
- Punched parts (dimensions on request)
- Can be equipped with self-adhesive
Notes
The material tends to change dimensions during processing (punching, cutting, pressing, winding, installation, etc.). In general, the dimensional tolerances of DIN 7715-P3 can be adhered to. For special dimensional accuracy requirements, please contact our customer service department.
Download area
| Data sheet "Hanno®-HW 26" | ||
|---|---|---|
| German version | 841 KB | |
| Certificates "Hanno®-HW 26" | ||
Environment
- Based on available data and experience, the product is not a hazardous substance within the meaning of the Hazardous Substances Ordinance and corresponding EC directives. However, we recommend observing the usual care and hygiene when handling chemical substances. Residues can be disposed of with household waste. Local regulations must be observed.
| Property | Standard | Value |
|---|---|---|
| Color | - | weiß |
| Volume weight | DIN EN ISO 845 | 15 ± 1 kg/m³ |
| Compression hardness | DIN EN ISO 3386 | 1,9 ± 0,5 kPa (bei 40 % Verformung) |
| Tensile strength | DIN 53571 | > 90 kPa |
| Elongation at break | DIN 53571 | > 180 % |
| Compression set | DIN EN ISO 1856 | 7 % |
| Temperature resistance | - | -40 °C bis +100 °C (kurzfristig höher) |