Douille d'écartement KS TOOLS 700.1437, 40 mm

KS TOOLS spacer sleeve 700.1437, 40 mm is a precision metal spacer designed to create and maintain a defined gap between components in mechanical assemblies. Manufactured for use in repair, maintenance and assembly tasks, this spacer sleeve provides consistent spacing, alignment and even load distribution to support reliable component fitment in automotive and industrial environments.

Advantages

The spacer sleeve is made from durable metal to resist deformation under load and to maintain dimensional stability over time. Its 40 mm size provides a predictable separation between parts, improving alignment and reducing wear caused by improper spacing. The straightforward cylindrical design allows for easy installation and compatibility with a wide range of shafts, bolts or housings where a fixed spacer is required.

Suitable for

• Automotive repair and component assembly
• Industrial machinery maintenance and alignment
• Shaft, bearing and housing spacing applications
• Prototype assembly and mechanical fixtures

Key specifications

• Type: metal spacer sleeve
• Length/diameter: 40 mm
• Shape: cylindrical
• Function: maintains defined gap and alignment between components
• Suitable environments: automotive and industrial use

How to use

Position the spacer sleeve between the mating components so that it sits concentrically on the shaft, bolt or inside the housing as required. Ensure mating surfaces are clean and free of debris before installation. Slide the sleeve into place and assemble the adjoining parts, then tighten fasteners to the specified torque for the application. Verify alignment and spacing after assembly and make adjustments if necessary to achieve the required fit.

Recommendations

Inspect the spacer sleeve for signs of wear or deformation before reuse. Use appropriate corrosion protection or material selection when operating in corrosive environments. Replace the spacer if any dimensional changes or surface damage are detected to maintain correct spacing and component performance.