Radial shaft seals
Shaft seals with different outer surfaces, lip designs and spring arrangements. Selection starts with the shaft, housing, medium and operating conditions.
View profiles and technical sheets · 30Rotary, hydraulic, pneumatic and static sealing. Find the family, compare profile characteristics and consult the technical documents.
Section, compound, groove and service conditions.
Choose the application and family, then refine the construction features. Open the technical sheet for dimensions, compound and operating limits.
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Construction filters use the characteristics declared for each profile. An unspecified characteristic is not treated as present or absent.
Shaft seals with different outer surfaces, lip designs and spring arrangements. Selection starts with the shaft, housing, medium and operating conditions.
View profiles and technical sheets · 30Industrial radial profiles, including fabric-reinforced designs and seals with clamping or multiple sealing elements. Housing geometry and retention must match the selected design.
View profiles and technical sheets · 12Units combining sealing with additional protection elements. Designs differ in lip arrangement, running surface and installation method.
View profiles and technical sheets · 8Lip rings running against an axial counterface. Match the profile to the shaft diameter, available space and counterface position.
View profiles and technical sheets · 5Thin sleeves for restoring the running surface of a radial seal. Check shaft size and condition, lip contact position and installation procedure.
View profiles and technical sheets · 1Closure elements for housing bores. Select the design according to bore diameter, installation depth, coating and reinforcement.
View profiles and technical sheets · 3Profiles sealing the rod of a cylinder or actuator. Distinguish single- and double-acting designs, energising systems and extrusion support elements.
View profiles and technical sheets · 42Seals separating cylinder chambers at the piston diameter. Match the design to pressure direction, groove geometry and any support rings.
View profiles and technical sheets · 41Profiles with symmetrical lip geometry. Suitability for rod or piston sealing must be confirmed for the individual design and installation conditions.
View profiles and technical sheets · 8Elements removing contamination from the rod surface during retraction. Profiles differ in lip geometry, housing fit and reinforcement.
View profiles and technical sheets · 18Profiles combining a wiping lip with an additional functional edge. Fluid film control and intermediate pressure must be checked with the rod seal arrangement.
View profiles and technical sheets · 12Rod guiding elements supporting transverse loads. They do not replace a seal: check material, bearing length and installation clearance.
View profiles and technical sheets · 5Rings guiding the piston within the cylinder bore. Select material and bearing area according to loads and sliding conditions.
View profiles and technical sheets · 6Guiding strips supplied, depending on design, cut to size or as band material. Define thickness, width, cut length and end gap for the groove.
View profiles and technical sheets · 4Sets of V-shaped sealing elements with support or pressure rings. The number, orientation and preload of the elements form part of the assembly specification.
View profiles and technical sheets · 12Profiles separating circuits in swivelling or oscillating joints. Assess pressure, relative speed, medium and groove geometry together.
View profiles and technical sheets · 6Rod seals for pneumatic cylinders, including designs with an integrated wiping function. Assess the profile against lubrication, friction and motion conditions.
View profiles and technical sheets · 9Seals and compact assemblies for pneumatic pistons. Designs may integrate guidance, cushioning or sensing elements: check the actual configuration.
View profiles and technical sheets · 15Elements used in pneumatic end-of-stroke cushioning systems. Geometry, flow passages and valve behaviour depend on the selected design.
View profiles and technical sheets · 3Circular-section sealing rings identified by inside diameter and cross-section diameter. Select compound, hardness and groove design for the application.
View profiles and technical sheets · 7Four-lobed rings for static or dynamic applications compatible with the profile. Check groove dimensions and installed preload.
View profiles and technical sheets · 1Cord and strip sealing materials for application-specific arrangements. Specify the section and any joint: a joined ring is not automatically equivalent to a moulded ring.
View profiles and technical sheets · 3Support rings limiting seal extrusion into the clearance gap. Check the section, pressure direction and whether support is needed on one or both sides.
View profiles and technical sheets · 5Profiles for static sealing between flanges, covers and mating surfaces. Groove shape, compression and the clamping arrangement form part of the selection.
View profiles and technical sheets · 5Washers combining a metal support with an elastomer element for sealing screwed connections. Lip position and centring vary between designs.
View profiles and technical sheets · 6Gaskets for clamp connections with specific profiles and dimensional series. Nominal size alone does not always identify the connection geometry.
View profiles and technical sheets · 1Components separating gas and fluid by a diaphragm. Volume, pressure, precharge and assembly requirements must be specified for the complete component.
View profiles and technical sheets · 1Flexible protection and connection elements with defined attachment areas. Specify working length, stroke, connection diameters and expected movements.
View profiles and technical sheets · 3Flexible diaphragms and reinforced materials for fluid separation or motion transmission. Drawing, retention and duty cycle guide the selection.
View profiles and technical sheets · 2Braided stuffing box packings differing in yarn, impregnation and application. Define the section, number of rings and gland adjustment alongside service conditions.
View profiles and technical sheets · 28No matching family. Try a different name or profile code.
Send dimensions or a drawing, medium, pressure, temperature, speed and quantity. We assess the appropriate supply specification.