Description
Available Made to Order – Approx lead time 6 weeks
Tygaflor® PTFE Glass Fabric With Adhesive is manufactured from standard grade PTFE impregnated fibreglass with high temperature silicone pressure sensitive adhesive. This product is almost chemically inert, only molten alkali metals and fluorine under elevated temperatures and pressure will attack the PTFE surface. The fibreglass provides dimensional stability and restricts PTFE cold flow. The PTFE surface provides a quick release surface and is often used in heat-sealing machines, plastic bag manufacturing and roll-can covering.
This product is also available without adhesive – see Tygaflor PTFE Glass Fabric
Availability: Tygaflor® PTFE Glass Fabric With Adhesive is available in 30metre slit rolls. Rolls can be slit from 12mm through to the full width of 1000mm. Full width material is available by the metre one metre wide.
Please note the brand Tygaflor no longer exists and was replaced with Versiv®
Please contact us for pricing and MOQ for 10 thou
Data
| Product Number | Standard Width | Base PTFE Fabric | Base Thickness
| Adhesive Thickness | Tensile Strength | 180 Degree Peel Adh Strength | Temperature resistance | PTFE Content | Adhesive Type
|
|---|
| CS103-S - ET22501T
| 1000 mm | 155 g/m2 FTMS 191A-5041
| 0.075mm FTMS 191A-5030
| 0.045mm FTMS 191A-5030
| 13 x 90 N/CM FTMS 191A-5102 | 5.2 N/cm ASTM D3330-83
| -73 to + 260 C
| 69% | Silicone |
| CS105-2S - ET22502T | 1000 mm | 270 g/m2 FTMS 191A-5041 | 0.130mm FTMS 191A-5030 | 0.045 mm FTMS 191A-5030 | 300 x 250 N/cm FTMS 191A-5102 | 6.4 N/cm ASTM D3330-83 | -73 to +260 C | 61% | Silicone |
| CS106-2S - ET22503T | 1000 mm | 315 g/m2 FTMS 191A-5041 | 0.145mm FTMS 191A-5030 | 0.045 mm FTMS 191A-5030 | 280 x 280 N/cm FTMS 191A-5102 | 6.3 N/cm ASTM D3330-83 | -73 to + 260 C | 67% | Silicone |
| CS210-2 S - ET22508T | 1000 mm
| 500 g/m2 FTMS 191A-5041 | 0.235 mm FTMS 191A-5030 | 0.045 mm FTMS 191A-5030 | 580 x 480 N/cm FTMS 191A-5102 | 6.3 N/cm ASTM D3330-83 | -73 to +260 C | 60% | Silicone
|
All values shown are approximate and are intended solely as a guide. No responsibility is accepted for their accuracy. It is the user’s responsibility to determine the suitability of the product for the intended application.
