Alapin Industrial Gasket Material - 0.8mm x 500mm Wide / 500mm Long
All Prices Include GST.
- Versatile, high performance grade of compressed gasket fibre sheet.
- Very good compatibility with oils, hydrocarbons, lubricants, fuels, water and steam.
- Made from a combination of compressed aramid and mineral fibres with a NBR binder.
- Withstands temperatures up to 340°C with good pressure resistance.
Alapin Industrial Gasket Material is a high-performance grade of compressed non-asbestos fibre sheet. Often used for making flange gaskets, this gasket sheet is a general-purpose grade with good temperature and pressure resistance and compatibility with a variety of different media.
Alapin Gasket Sheet is produced from a specialised combination of high quality ingredients. These include mineral fibre and DuPont Kevlar Aramid Fibre. These are then bound with a NBR (Nitrile Butadiene Rubber) binder which gives the sheet excellent flexibility, compressibility and recovery characteristics.
Alapin Gasket Material is able to withstand elevated temperatures and has good recovery characteristics. It is a long lasting gasket material that will resists embrittlement and can be cut precisely.
Like all gasket fibre sheets, the temperature resistance of Alapin is linked to the pressure of the sealing application and the type of media being sealed. That said, a rough guide for this material is:
Continuous, Non-Steam: 340°C.
Short-Term, Non-Steam: 375°C.
Continuous, Sealing Steam: 255°C.
Continuous: 12 MPa (up to about 170°C, less after this temperature is reached).
We really do suggest consulting the Alapin technical data as this document includes a pT diagram showing the inter-relationship between maximum pressure and temperature.
Alapin Industrial Gasket Material is resistant a wide range of chemicals, fluids and media. The list below is by no means comprehensive, rather just a summary of the most common types of media that Alapin is known to be compatible with:
- Salt Solutions.
- Natural Gas.
- Moderate organic and inorganic acids.
|Max. Continuous Operating Temperature (non-Steam)||340°C|
|Max. Intermittent Operating Temperature (non-Steam)||375°C|
|Max. Continuous Operating Temperature (Steam)||255°C|
|Base Materials||Kevlar Aramid Fibres, Mineral Fibres and an NBR Binder|
|Maximum Continuous Operating Pressure||12 MPa|
|Compressibility||10% (ASTM F 36)|
|Recovery||55% (ASTM F 36)|
|Creep Relaxation||20% (ASTM F 36)|
For more technical details (including a chart showing the relationship between maximum operating temperature and maximum pressure) please see the technical data sheet (TDS) for this material located on the media tab.
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