Types of Spacer
Hex Spacers: Typically used in electronics and automotive applications. Can be threaded or unthreaded.
Provide a hexagonal shape for easy wrench tightening.
Round Spacers:Cylindrical in shape. Can be made from various materials like aluminum, steel, plastic, or brass.
Used to maintain precise spacing between components.
Standoff Spacers:Similar to hex spacers but are often used to provide support and spacing in assemblies where components need to be stacked or layered.
Can be threaded internally, externally, or both.
Shoulder Spacers:Feature a flange or shoulder that provides a precise stopping point.
Used in applications requiring a larger bearing surface.
Applications
Automotive:
Used in assembling components like dashboards, electronic modules, and control panels.
Helps in mounting and spacing sensors, control units, and other electronic devices.
Electronics:
Widely used on circuit boards to space and support components.
Prevents short circuits and provides thermal management.
Aerospace:
Used to maintain alignment and spacing in critical assemblies.
Often made from lightweight, high-strength materials.General Engineering:
Utilized in mechanical assemblies to ensure proper spacing and alignment.
Provides support and maintains structural integrity.
Materials
Aluminum:
Lightweight and corrosion-resistant.
Suitable for most general applications.
Steel:
Strong and durable.
Often used in high-stress applications.
Plastic:
Lightweight and non-conductive.
Ideal for electronic and low-stress applications.
Brass:
Good corrosion resistance and conductivity.
Used in both electronic and decorative applications.
