Spacers

Spacers and standoffs are used to maintain a precise distance between components, helping prevent unwanted contact, provide clearance and support consistent assembly. They are commonly used for PCB mounting, enclosure assembly and panel assembly.

Optimas International supplies threaded and non-threaded spacers and standoffs in materials including aluminium, stainless steel, brass and Nylon. The appropriate configuration depends on the mounting arrangement and application requirements.

The terms can overlap, but standoffs typically refer to threaded mounting components, while spacers may be either threaded or non-threaded. Both are used to maintain a defined separation between components.

Nylon provides electrical insulation, making it useful where a PCB needs to be isolated from a grounded chassis or other conductive surfaces. It also provides a lightweight alternative to metal components.

Yes. Spacers and standoffs can be specified by dimensions including length and outer diameter, as well as thread configuration where required. These dimensions are matched to the mounting hardware and clearance requirements.

Brass is suitable where electrical conductivity is useful, including applications requiring a grounded standoff. Material selection should be based on the electrical, mechanical and environmental requirements of the assembly.

Material selection depends on factors including the mounting arrangement, mechanical load, electrical requirements and operating environment. Aluminium, stainless steel, brass and Nylon each provide different properties for specific applications.

Optimas International helps manufacturers select spacers and standoffs based on the required dimensions, mounting arrangement, material and electrical requirements. We supply solutions for PCB mounting, electronics, enclosures and general panel assembly.

While both components are used to manage gaps between parts, they serve different primary functions. A shim is used to make micro-adjustments for precise leveling, alignment, or taking up mechanical slack. A spacer is used to maintain a fixed, predetermined distance between two components.

While both components are used to manage gaps between parts, they serve different primary functions. A shim is used to make micro-adjustments for precise leveling, alignment, or taking up mechanical slack. A spacer is used to maintain a fixed, predetermined distance between two components.