Piston Seals
Piston seals are located between the piston and the cylinder wall. Its job is to create a pressure barrier and prevent fluid passing the piston. This pressure is required for controlling the cylinder motion or maintaining the position of the piston when at rest. Clearances between piston and cylinder wall are extremely tight and the piston seal performs a vital role in maintaining the relationship between these reciprocating components. Thus, correct seal size and material is critical to the performance of the cylinder.
Piston Seal PB Series
Piston Seal P5B Series
Piston Seal PH Series
Piston Seal PR Series
Piston Seal KR Series
Piston Seal PZ Series
Piston Seal P1B Series
Piston Seal P2B Series
Piston Seal ST/N Series
Piston Seal P2B/U Series
Piston Seal P2E Series
Piston Seal P2G Series
Piston Seal P3C Series
Piston Seal P4A Series
QC & Certificates
Our mature strict quality control team will check the products before shipment, including quality, prints, package, instruction manual and Certificate: ISO9001:2008, ISO/TS16949:2009
Safe Packaging
Our package is according to the seaworthy Packing Way in International Trade. We use good quality Poly bag and Master Carton for items. About more details, please send enquiry to us.
Free Sample in 5 Days
After confirming sample model and design, we can send the samples by your courier account like FedEx and DHL etc. About the samples details, please send inquiry for more .
Our Shop
ABOUT US
We have been working in the oil&gas complex since 1998. Next, our goal is to suggest and implement best electronic and electrotechnical equipment/components, including workshop equipment and industrial automation solutions. We believe that a positive working atmosphere, flexibility and individual approach to each client allow us to achieve the best results. We know a lot about turbo compressors, large actuators, automation, Oil&Gas and LNG processes.
Our knowledge
Calculating O-Ring Cord Cut-Length
How to calculate O-Ring cord length needed: ( ( OD + ID ) / 2 ) x Pi = length Pi=3.14159 Inside Diameter (ID) = Outside Diameter (OD) - twice the cross section (C/S) ID = OD - (2 x C/S)