1/4″ OD X 1″ Spacers 2 Hole Aluminum Plain (250/Pkg.) Price Drop
Original price was: $84.48.$43.93Current price is: $43.93.
For orders under $150.00, a shipping fee of $12.99 applies.
Specs
Dimensions: OD 1/4 inch; length 1 inch; through hole size: #2
Finish: Plain
Material: Aluminum
Quantity: 250 per package
Features
Material and weight optimization: Aluminum spacer delivers strong, lightweight standoff for reliable mounting in metal frames and panels.
Through-hole compatibility: Designed for standard fasteners with a through hole sized for #2 fasteners, enabling straightforward installation.
Precise spacing and alignment: Ensures defined clearance between components, supporting consistent tolerances in machine frames and enclosure assemblies.
Corrosion considerations: Plain aluminum offers baseline corrosion resistance suitable for indoor industrial environments and automation equipment.
Industrial applications: Ideal for panel mounting, control cabinet assemblies, robotics frames, and machinery housings where repeatable offset and robust support are required.
Physical
External diameter: 1/4 inch
Length: 1 inch
Through hole: accommodates #2 fasteners
Material: Aluminum
Finish: Plain
Industry Used In
Manufacturing and automation environments requiring repeatable offsets and solid load distribution in panel mounting, control cabinets, robotics frames, and machinery housings.
Ideal for machine builders and automation integrators assembling frames and enclosures where defined standoff height improves alignment and serviceability.
Used to maintain clearance between components such as sensors, actuators, PC boards, and enclosure walls, helping maintain tolerances during vibration or thermal cycling.
Compared to heavier or more rigid alternatives, aluminum spacers offer a favorable strength-to-weight ratio for indoor applications, supporting easier handling and faster assembly.
Practical tips: ensure through hole alignment with fasteners, torque to standard specifications, and consider corrosion exposure; in higher vibration setups, evaluate securing hardware to prevent loosening.





