Engineered Component Seals

Custom engineered Style 40 metal bellows with jacketed gland

Welded metal bellows design . Balanced . Stationary design . Self-cleaning . Even face loading . Optimal materials for compressor applications available

Compact, wave spring design . Stationary design . Stepped mating ring for stepped shaft . Balanced . Optimal material for compressor applications available

Welded metal bellows design . Balanced . Stationary design . Even face loading . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Balanced . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Custom engineered Style 45X rotating welded metal bellows . Hydraulically balanced to support higher pressures and temperatures . Even face loading . Self-cleaning . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Double face to face design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Dual face to face cartridge design . Hydraulically balanced . Simple, one piece design – no components handled . Easy installation – no measurements needed . Optimal materials for compressor applications are available

Custom engineered rotating welded metal bellows design . Hydraulically balanced to support higher pressures and temperatures . Even face loading . Self-cleaning . Optimal materials for compressor applications available

Compact, multi-spring design . Balanced design to support Higher pressure and temperature . O-ring pusher design . Optimal materials for compressor applications available

Compact, multi-spring design . Balanced to support higher pressures and temperatures . O-ring pusher design . Optimal materials for compressor applications available

Compact multi-spring design . Unbalanced . O-ring pusher design . Optimal materials for compressor applications available

Compact, wave spring design . Unbalanced . O-ring pusher design . Optimal materials for compressor applications available

Compact, multi-spring design . Unbalanced . Thin Cross Section . O-ring pusher design . Optimal materials for compressor applications available

Double mechanical seal . Single spring design . Unbalanced . Elastomeric bellows design .Optimal materials for compressor applications available

Double mechanical seal . Unbalanced . Elastomeric bellows design . Optimal materials for compressor applications available

Custom engineered Style 40X welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Custom engineered Style 40X welded metal bellows design . Self-cleaning rotating design . Balanced design to support higher pressure and temperature . Even face loading . No O-ring hang-up . Optimal materials for compressor applications available

Double mechanical seal . Unbalanced . Elastomeric bellows design . Optimal materials for compressor applications available

Double mechanical seal . Unbalanced . Elastomeric bellows design . Optimal materials for compressor applications available

Stationary Seats (Mating Rings) are the non-rotating primary seal ring mounted in the gland plate or other motionless structural part of the rotating equipment. 

The single spring design to keep the sealing faces in contact and positively transmits the drive evenly 360º around the full circumference of the rotary face. This is accomplished by specially designed ends of the spring, which provide an interference fit. Then as the shaft rotates the spring ends further increase their grip. This compression spring is wound either right or left hand depending on shaft rotation.

Mounted outside of stuffing box . Only corrosion resistant materials are in contact with product . Hydraulically balanced . Simple design is assembled at the factory – no installation measurements required . Primarily seal face is shrouded in rugged metal drive holder to minimize potential breakage . Adaptable to plastic or PTFE sleeves with optional split metal collar which will not damage the softer sleeve material . Inch and metric sizes available