Size: 1/4" ID x 1/2" OD x 1/2" Length (6.2mm ID x 12mm OD x 12mm Height)
Wall Thickness: 3.3mm
Material: Aluminum Alloy
【Precise Dimensions】Our aluminum spacers feature exact measurements of 1/2 inch outside diameter, 1/4 inch inside diameter, and 1/2 inch length, ensuring perfect compatibility with 1/4 inch screws and bolts. These precision metal spacers maintain dimensional stability under various conditions, providing reliable spacing for mechanical assemblies.
【Durable Material】Constructed fromaluminum alloy. The aluminum spacers undergo tumbled finishing process that enhances surface durability and provides improved resistance to environmental factors. This material choice ensures the bushings maintain structural integrity in automotive, industrial, and chemical equipment applications where exposure to harsh conditions is common.
【Easy Installation】These unthreaded standoff bushings feature smooth bore design that allows straightforward sliding onto compatible 1/4 inch bolts and rods. The aluminum spacers require no special tools or technical training for installation, making them accessible for both professional and DIY projects. The simple cylindrical shape ensures quick alignment and positioning during assembly processes, saving time and reducing installation complexity.
【Versatile Applications】Our aluminum spacers serve multiple functions across various industries including electronics, automotive systems, construction projects, and industrial machinery. These metal spacers provide precise component spacing, thermal management through aluminum's natural heat dissipation properties, and rotational support in dynamic applications. The standoff bushings perform reliably under extreme conditions involving high temperature, pressure environments.
【Reliable Performance】Designed as bearing surfaces for rotary applications, these aluminum spacers reduce wear between moving components and extend equipment lifespan. The aluminum alloy construction ensures the bushings resist deformation under load while maintaining dimensional accuracy.