KS PERMAGLIDE® Special production in accordance with customer specifications

The ideal plain bearing for your requirements:

If the dimensions or design of the standard plain bearings are not suitable for your application, you can also receive the KS PERMAGLIDE® plain bearing as a special production. We manufacture KS PERMAGLIDE® plain bearings with custom widths or diameters, as well as special adaptations such as lubrication bores or internal grooves.

  • Special productions are available in all standard materials: P10/P11/P14/P147, P20/P22/P23/P200/P202/P203.
  • Production is carried out in accordance with the highest quality standards with tolerances to meet DIN ISO 3547.
  • Benefit from our established know-how on the materials and production methods of KS PERMAGLIDE® plain bearings.

Our sales team are happy to advise you on special productions and individual solutions for your application.
 

Possible specifications

Moulded parts and sliding elements

Moulded parts & sliding elements

Cutting blanks, drilling and sinking, nibbling or punching moulded parts, reshaping through bending, edging and deep drawing

Large bushes with an inside diameter of up to 600 mm

Large bushes

Rolling of plain bearing plates with custom diameter, any intermediate sizes from 80 to 600 mm diameter

 

Welded flange liners

Individual flange dimensions, different materials, individual wall thicknesses, other designs.

 

Precision cutting

Precision cutting

Special productions made from sliding strips using precision cutting and sheet metal working. Individual shapes, individual dimensions an geometries, different materials.

Plain bearings with recesses

Plain bearings with recesses

Milling of standard plain bearings or special productions, production in accordance with your drawing.
Plain bearings with recesses, such as Round hole bores, Oblong hole bores, Lubrication bores, Internal grooves, etc.

Shortening by machining of a wider standard bush

Shortening by machining

Shortening by machining of a wider standard bush.