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       A Plate Heat Exchanger consists of a number of pressed & punched gasketed channel plates. These are clamped  together in a frame by tightening bolts. Alternate plates are inverted and the gaps between the plates form liquid flow channels, each liquid  flowing in alternate channels. The liquid is sealed against the atmosphere by RUBBER GASKETS. Therefore not only the plates but also the gaskets have very important role to play for the effective operation
of the equipment. 
The right selection of material (MOC) for required working Parameters and its correct designed configu- 
-ration plays a vital role for smooth and successful running of PHE. While selecting the suitable material (MOC) for rubber gasket for required parameters, we normally choose it out of polymers like :- 


NBR
(Nitro Butadine Rubber)
Neoprene (Chloroprene)
EPDM (Ethylene Propelene Dien Monomer )
Butyle  -Resin cured Butyle Rubber
               -Chloro Butyle
               -Bromo Butyle
Viton   - (Floro Elastomer)
Silicon 
Hypalon 

   

Physical properties :-We make Rubber Gaskets for temperature resistant from -72 dg.C to high temp. resistant for 110 dg. C, 125 dg. C, 148 dg. C, 200 dg.C, 250 dg. C, 315 dg. C, Minimum Compression set and 
permanent set, Resistant to Gas, Sea Water, Oil (Edible and Non-Edible) steam etc. resistant to impact 
shocks, vibration, Radiation, Corona- Ozone, Infrared, UltraVoiletRays.  


Chemical properties :-We manufacture rubber Gaskets to withstand/resistant destructive effect of most 
of the organic & inorganic fluids. 
 

 

 

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|| We have developed spare Gaskets for the following make & models ||

 


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