We offer newly developed compounds with NR and EPDM base, which can be used in rail vehicles as well as in civil engineering. The DragonFlex compounds have convincing dynamic-mechanical behaviour, tear resistance, compression set and the required fire protection properties.
| EPDM T9608 | EPDM T9613 | EPDM T9616 | EPDM T9617 | |
|---|---|---|---|---|
| Colour: | black | black | black | variable |
| Hardness Shore A: | 60 | 60 | 70 | 70 |
| Density g/cm3: | 1.42 | 1.35 | 1.46 | 1.48 |
| EN 45545-2: | 2 mm & 6 mm R22 HL3 R23 HL3 R24 HL3 |
6 mm R22 HL3 R23 HL3 R24 HL3 |
2 mm & 6 mm R22 HL3 R23 HL3 R24 HL3 |
2 mm & 6 mm R22 HL3 R23 HL3 R24 HL3 |
| NF EN 60695-11-10/UL94-V:2013: | V-0 @3 mm | V-0 @3 mm |
Natural Rubber NR
| Colour: | variable |
| Hardness Shore A: | 70 |
| Density g/cm3: | 1.48 |
| EN 45545-2: | 3 mm R9 HL1 R9 HL2 |
| NF EN 60695-11-10/UL94-V:2013: |
Specifications
| Elastomer: | halogen-free EPDM |
| Hardness Shore A: | 60 to 70 ShA |
| Crosslinking: | sulphur |
| Processing Method: | extrusion with vulcanisation in steam, hot air with UHF, injection moulding, compression and transfer moulding |
| Application: | public transport, building, fire-endangered equipment and cabinets, apparatus engineering |
Certifications
| EU | EN 45545-2, EN 13501-1 Class B |
| USA | ASTM C1166 (C542) |
| USA | ASTM 662 |
| USA | Bombardier SMP 800-C |
Downloads
application example
Halogen free mixture
Compounds offers a newly developed halogen-free compound, the products made from it can be used indoors and outdoors, available from 60 to 70 Shore. If this gets into contact with fire, hardly any combustion gases are produced, and the toxicity is minimal. The fire protection compound is certified according to R22-24 and achieves HL3.
Special natural rubber compound
We offer a special natural rubber compound with the best mechanical and dynamic properties, it meets the requirements of EN45545: R9, HL2. Particularly suitable for the manufacture of vibration control components. The NR compound is available from 50 to 80 Shore.
