KLINGERsil C4500

Klingersil C4500 is a top quality KLINGERsil grade based on carbon fibre with a nitrile rubber binder. It has excellant load bearing characteristics and good creep resistance.
General Properties:
- Good resistance to steam.
- Good resistance to alkaline applications.
- Excellent load bearing characteristics.
- Good creep resistance.
- Good resistance to oils, fuels and hydrocarbons.
- 3xA anti-stick finish on both sides.
Max temperature: +400ºC.
Max pressure: 100 bar.
Applications:
Good resistance to oils, fuels and hydrocarbons. Good resistance to steam and alkaline.
Availability:
| Sheet size (mtrs): |
2.0 x 1.5*, 4.0 x 1.5, 1.5 x 1.0 |
| Thickness (mm): |
0.4, 0.5, 0.75, 1.0, 1.5, 2.0, 3.0 |
*Donates standard size
Application Guidelines:
1. Usually satisfactory without reference.
2. Usually satisfactory but suggest you refer to PAR for advice.
3. Caution, definitely refer to PAR and consider another grade of material
*Chemical compatibility must be considered in all cases*
Tests and Certifications:
- BS7531 Grade X.
- Firesafe API 6 FA, HTB.
- DIN-DGVW 92.02 e 052.
- BAM U W28 for use with oxygen 100 bar / 85ºC.
- KTW c54a/94/Stf.
Technical Information:
| Compressibility ASTM F36A |
* |
12% |
| Recovery ASTM F 36 A |
* |
60% |
| Stress relaxation DIN 52913 |
50MPa, 16h/300ºC |
32MPa |
| Stress relaxation BS 7531 |
* |
30MPa |
| Klinger cold/hot compression (50MPa) |
Thickness decrease 23ºC Thickness decrease 300ºC |
10% 15% |
| Gas leakage DIN 3535/6 |
* |
<1.0ml/min |
| Chlorides (soluble) |
* |
150ppm |
| Thickness increase after fluid immersion ASTM F 146 |
Oil nr.3:5h/ 150ºC Fuel B:5h/23ºC |
3% 5% |
| Density |
* |
1.4 g/cm³ |
| Max Temperature |
* |
400ºC |
| Max Pressure |
* |
100 bar |
| Average Surface Resistance |
Roa (xE4) |
5.7 Ω |
| Average Specific Volume Resistance |
Pd (xE4) |
7.5 O cm |
| Average Power Factor |
* |
<0.1 kV/mm |
| Average dielectric strength |
1kHz,ca. 3mm thick |
0.147 tan |
| Average dielectric constant |
1kHz,ca. 3mm thick |
9.7er |
| Heat conductivity |
* |
0.20W/mK |
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