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We produce customized as well!
KWO® MultiTex® HD Sheet
ePTFE gasket sheet
KWO® MultiTex® Sheet HD is produced from 100% multidirectional expanded PTFE with a high density and without any pigments or adhesives.
The flexible material adapts well to sealing surfaces, compensates irregularities and seals at very low stress. Suitable for use in metallic flanged, as well as stress sensitive connections.
In addition to the printed sheets, which are intended for industrial use and enable clear traceability, we are also offering embossed sheets without ink, which are particularly suitable for ultra-clean applications such as in the food and pharmaceutical sector.
- high diffusion sealing
- adapts well to sealing surfaces
- compensates irregularities
- superior resistance to creep and cold flow
- very high sealability especially at very low stresses
- high chemical resistance
- UV resistant, non-ageing, unlimited storable
- nontoxic, biologically inert
- non-flammable
- flange connections, tank sealings
- heat exchangers, apparatus constructions
- glass-lined flanges, reactors
- pumps
- pharmaceutical- and food processing equipment
- BAM - suitable for use with fluid and gaseous oxygen
- TA Luft regulation and blow out safety acc. to VDI 2200
- specific values according to DIN EN 13555
- FDA 21 CFR 177.1550 tested
- EC1935/2004 - suitable for applications with food contact
- USP Plastic Class for pharmaceutical applications
Technical Data
| MATERIAL | 100% multidirectional expanded PTFE (ePTFE) |
| CHEMICAL RESISTANCE | in the entire pH range (pH 0-14, except molten alkali metals and elemental fluorine) |
| TEMPERATURE RANGE | -268°C (-450°F) up to +270°C (+518°F), short-term +315°C (+600°F); recommended temperature range: from -160°C (-256°F) to +230°C (+446°F)* |
| PRESSURE RESISTANCE | vacuum up to 200bar (3000psi) depending on the installation situation* |
| PHYSIOLOGICALLY INERT | physiologically harmless in all recommended applications |
| DENSITY | 1,05 g/cm³ ± 0,15 g/cm³ |
*Note: Temperature and pressure guides cannot necessarily be used simultaneously.
