PTFE COATED FABRICS

PTFE coated glass fabrics: high-grade coated glass fabric film for different applications

At Böhme-Kunststofftechnik you’ll receive PTFE coated glass fabrics in different versions for standard and demanding applications as well. A combination of PTFE and glass fabrics produces a material with particular properties. The material is temperature resistant, chemical resistant and has an excellent anti-adhesive surface with a low friction coefficient. Furthermore PTFE coated glass fabrics shows a high dielectric strength and dimensional stability. The material is resistant against UV rays, moisture and other environmental influences whereby the film is an interesting material for architecture. This film does find another application in chemical-, food-, machine as well as packaging industries. It can be used as coating for bearings and seals, linings in chemical plants, as reusable baking sheet and cover sheet of welding bars during the welding of PE packing films and lots of other applications.

Our quality assurance for your products

Customer’s wishes are our priority since the beginning. For this reason our efforts are focused on your satisfaction with our products and service. We do develop and produce our PTFE glass fabric films exclusively out of high-grade materials with great expertise and modern technology. Thereby we have set the high standard with respect to constantly develop our products and we’re open to take your requests and suggestions into consideration.

Do you have questions in regards to PTFE glass fabrics, even in specific versions or in regards to our quality assurance? Don’t hesitate to contact us, we’ll be glad to assist you!

Cleaning

In order to increase the service life of your PTFE glass fabric, we recommend you to use our Boehme Raclette for cleaning.

Böhme-Raclette

Non-adhesive 

TYPE 2201
thickness: 0,076 mm | PTFE: 53% | weight: 125 g/m² | standard-width: 1000 mm
TYPE 2333
thickness: 0,13 mm | PTFE: 54% | weight: 235 g/m² | standard-width: 1000/1500 mm
TYPE 2370
thickness: 0,14 mm | PTFE: 61% | weight: 270 g/m² | standard-width: 1000 mm
TYPE 2623
thickness: 0,23 mm | PTFE: 55% | weight: 455 g/m² | standard-width: 1000/1500 mm

Self-adhesive

TYPE 3241
thickness: 0,08 mm | PTFE: 53% | weight: 125 g/m² | standard-width: 1000 mm | silicone adhesive with liner
TYPE 3390
thickness: 0,12 mm | PTFE: 54% | weight: 235 g/m² | standard-width: 1000 mm |silicone adhesive with liner
TYPE 3449
thickness: 0,14 mm | PTFE: 61% | weight: 270 g/m² | standard-width: 1000 mm | silicone adhesive with liner
TYPE 3723
thickness: 0,23 mm | PTFE: 55% | weight: 455 g/m² | standard-width: 1000 mm | silicone adhesive with liner
TYPE 3291
thickness: 0,13 mm | PTFE: 52% | weight: 250 g/m² | standard-width: 1000 mm | acryl adhesive with liner

Contact:

Böhme-Kunststofftechnik GmbH & Co. KG
Denise Studera
d.studera@boehme-kunststoff.de
+49 (0)4151 / 88 00-18

Non-adhesive 

TYPE 2200
thickness: 0,08 mm | PTFE: 68% | weight: 155 g/m² | standard-width: 1000 mm
TYPE 2335
thickness: 0,14 mm | PTFE: 60% | weight: 270 g/m² | standard-width: 1000 mm
TYPE 2377
thickness: 0,15 mm | PTFE: 65% | weight: 310 g/m² | standard-width: 1000 mm
TYPE 2625
thickness: 0,25 mm | PTFE: 62% | weight: 550 g/m² | standard-width: 1000/2000/2600 mm
TYPE 2875
thickness: 0,34 mm | PTFE: 59% | weight: 720 g/m² | standard-width: 1000/1500/2000 mm

Self-adhesive

TYPE 3391
thickness: 0,13 mm | PTFE: 65% | weight: 310 g/m² | standard-width: 1000 mm | silicone adhesive with liner
TYPE 3450
thickness: 0,15 mm | PTFE: 65% | weight: 310 g/m² | standard-width: 1000 mm | silicone adhesive with liner
TYPE 3750
thickness: 0,25 mm | PTFE: 62% | weight: 550 g/m² | standard-width: 1000 mm | silicone adhesive with liner
TYPE 3855
thickness: 0,33 mm | PTFE: 62% | weight: 550 g/m² | standard-width: 1000 mm | silicone adhesive with liner
Laminate + PTFE Laminate
thickness: 0,17 mm | PTFE: >65 % | Additional surface treatment | Excellent durability
Filmlaminate
thickness: 0,16 mm | PTFE: >65 % | Special PTFE-coating plus PTFE-laminate | Extreme high durability due to anti-adhesive surface