Valve Core

TGE Rubber Coated Valve Core bonds an elastomeric sealing layer to a precision-machined metal substrate through vulcanization — permanently, not mechanically. The metal structure handles load and...

Nitrile butadiene rubber (NBR) has been the standard elastomer for petroleum-fluid sealing for decades. The reason is straightforward: it resists mineral oils, hydraulic fluids, fuels, and...

Fluororubber valve cores are the standard choice for applications where chemical aggression, sustained high temperature, or exposure to fuels with high aromatic content would degrade any other...

Polyurethane (PU) valve cores are specified where abrasion is the primary life-limiting failure mode — slurry lines, high-solids media, high-cycle dynamic sealing, and applications where a...

Fluorosilicone (FVMQ) valve cores address a specific and demanding intersection of requirements: the low-temperature flexibility of silicone combined with resistance to fuels, oils, and solvents...

Neoprene (polychloroprene, CR) valve cores offer a balanced performance profile that spans weather resistance, moderate oil and chemical tolerance, and reliable sealing in refrigerant and...

Hydrogenated nitrile butadiene rubber (HNBR) is produced by catalytic hydrogenation of NBR, which saturates the majority of the double bonds in the polymer backbone. The result is an elastomer...

Wear resistant valve cores are engineered for flow-control applications where abrasive media, high-frequency cycling, or contact stress at the sealing face makes premature wear the dominant...

Sealing reliability at sub-zero temperatures is a distinct engineering challenge. Standard elastomers stiffen as temperature decreases; below each compound's glass transition temperature, the...

Train braking system valve cores operate in one of the most demanding functional safety environments in industrial rubber applications. The valve core must perform reliably across the full...

Hydraulic valve cores control flow direction, pressure, and volume in hydraulic power systems across mobile equipment, industrial machinery, and process plant. The operating environment — mineral...

Heavy-duty valve cores are designed for applications where operational loads — pressure differentials, actuation forces, thermal cycling, and mechanical shock — exceed the service conditions that...