APV PHE gaskets

タイトルまたは説明

We can provide APV PHE gaskets for replacement as following models 
Moeel Assembling Tpye Moeel Assembling Tpye 
SR1 Button Lock SR2 Button Lock 
SR3 Button Lock SR6GL Button Lock 
SR9 Button Lock SR*5 Button Lock 
H*2 Clip Lock H*7 Clip Lock 
H*5 Clip Lock N*5 Clip Lock 
N*5 Clip Lock N*0 Clip Lock 
K*4 Glued K*5 Glued 
K*1 Glued P**5 Clip Lock 
p**0 Clip Lock J**0 Button Lock 
J**2 Button Lock J**7 Button Lock 
J**5 Button Lock Q**0 Button Lock 
Q**5 Button Lock Q**0 Button Lock 
M*0 Glued M*2 Glued 
T4 Button Lock SR*4 Button Lock 
A**5 Button Lock A**5 Button Lock 
A**5 Button Lock A**5 END Gaskets 
The gaskets can replace the original one. 
Common gasket polymers: 
- NBR 
- EPDM 
- FKM. 
Chemical Resistance 
Each rubber material has its unique resistance towards various chemicals. Polymer used, as well as additives, effect which chemicals each rubber material is suitable for.
High Temperature 
At high temperatures the rubber will be attacked faster by the chemicals in use, and the surrounding oxygen. The oxidation process will either make the rubber harder (the most common one) OR make it softer (less common), OR both at the same time. Either way the change in properties will reduce the performance. All rubber materials have a maximum continuous temperature, which should not be exceeded to maintain good performance and to achieve a reasonable lifetime. 
Low Temperature 
At low temperatures the stiffness increases, and the elasticity decreases. This influences the sealing force of the gaskets. All rubber materials have a certain lowest temperature that have to be exceeded to be able to perform well enough as a gasket. 
Food Applications 
For food applications there are demands according to international standards. The usual one for PHE gaskets is FDA (USA). This standard regulates what additives are allowed to be used in the rubber and to what content. It also sets demands on what tests have to be done to ensure the quality level.