Horizon Inc.

Mini Rivet Bushing Standoff Technical Datasheet

Mini Rivet Bushing Standoffs are compact, permanently installed threaded inserts with an integrated spacer designed to provide both a reusable internal thread and a fixed stand-off distance in thin sheet metal assemblies. They eliminate the need for separate spacers or standoffs, reducing component count and simplifying assembly.

Installed by mechanically peening the projecting shank after insertion, Mini Rivet Bushing Standoffs form a permanent mechanical joint while the serrated flange embeds into the sheet material to provide excellent resistance to rotation. Their compact design makes them ideal for applications with limited installation space where components such as PCBs, electrical assemblies, covers, or brackets require a precise mounting distance from the sheet.

Manufactured in zinc-plated steel and stainless steel, Mini Rivet Bushing Standoffs are widely used in electrical enclosures, electronics, telecommunications, industrial automation, instrumentation, medical equipment, and precision sheet metal fabrication.

Standards

Manufacturer’s standard

  1. Select the correct rivet bushing length based on the sheet thickness. Refer to the dimensional table to determine the recommended hole diameter, then punch or drill the hole to the specified size.
  2. Insert the rivet bushing into the prepared hole, ensuring the spigot passes completely through the sheet. The flange must sit flush against the sheet surface and the bushing must be aligned perpendicular to the material to ensure accurate thread positioning after installation.
  3. Using a profiled installation punch, apply sufficient pressure to peen the protruding spigot over the sheet. This forms a secure mechanical lock while allowing the serrations beneath the flange to embed into the sheet material, providing excellent resistance to rotation and ensuring a permanent installation.
DiameterABRecommended Hole (-0.0, +0.10)
M23.553.6
M2.54.25.54.3
M34.25.54.3
M3.55.475.5
M45.475.5
M56.48.56.5
M67.6107.7
M89.7129.8
Sheet Thickness0.5-0.60.7-0.80.9-1.01.1-1.31.4-1.61.7-1.92.0-2.22.3-2.52.6-2.82.9-3.1
Shank Code0123456789
Length34568101214151618202225

all dimensions in mm

Mini Rivet Bushing Standoff – Steel Zn

MaterialCharacteristicsTypical Applications
Zinc-Plated SteelHigh strength and economical with good corrosion resistance for indoor environments.Electrical panels, switchgear, machinery, enclosures
Stainless SteelExcellent corrosion resistance and durability in harsh environments.Food processing equipment, marine applications, outdoor enclosures, medical equipment
PropertySpecification
Product TypeMini Rivet Bushing Standoff
Installation MethodMechanical Peening
Installation AccessBoth sides of sheet required
Thread TypeMetric
MaterialsZinc-Plated Steel, Stainless Steel
Installation HolePunched or Drilled
Installation EquipmentArbor Press, Pneumatic Press or Hydraulic Press
Rotation ResistanceHigh (serrated flange)
Pull-Out ResistanceHigh
Thread ReusabilityExcellent
Stand-off FeatureIntegral spacer
InstallationPermanent
Suitable MaterialsSteel, Stainless Steel, Aluminium
  • PCB Mounting
  • Electronic Enclosures
  • Electrical Control Panels
  • Instrumentation Equipment
  • Telecommunication Equipment
  • Data Centre Cabinets
  • Medical Devices
  • Battery Management Systems
  • Industrial Automation
  • Security Equipment
  • HVAC Control Panels
  • Railway Electronics
  • Sheet Metal Fabrication
  • LED Lighting Fixtures
  • Industrial Control Systems
  • Combines a threaded insert and standoff in a single component
  • Reduces assembly time and component count
  • Provides accurate and repeatable spacing
  • Permanent installation in thin sheet metal
  • High resistance to rotation through serrated flange
  • Excellent pull-out strength
  • Reusable internal threads
  • Compact design for confined spaces
  • No welding required
  • Suitable for manual and automated assembly
  • Available in zinc-plated steel and stainless steel
  • Ideal for lightweight sheet metal constructions

What is a Mini Rivet Bushing Standoff?

A Mini Rivet Bushing Standoff is a permanent threaded insert with an integrated spacer that provides both a reusable internal thread and a fixed stand-off distance in thin sheet metal.

Why use a Mini Rivet Bushing Standoff instead of a separate spacer?

It combines two components into one, reducing assembly time, inventory, and the risk of misplaced or loose spacers while ensuring a consistent stand-off height.

What materials are available?

Mini Rivet Bushing Standoffs are commonly available in zinc-plated steel and stainless steel.

Can they be installed in aluminium sheets?

Yes. They are suitable for installation in aluminium, mild steel, and stainless steel sheets when the correct hole size and installation tooling are used.

Are the threads reusable?

Yes. The internal threads are designed for repeated assembly and disassembly without compromising the integrity of the installation.

What industries commonly use Mini Rivet Bushing Standoffs?

They are widely used in electronics, telecommunications, industrial automation, electrical enclosures, medical equipment, and sheet metal fabrication where components require a fixed mounting distance.

Looking for pricing, samples, CAD drawings, or help selecting the right fastener? Our team can help you choose the correct product for your application.

📧 sales@horizonincindia.com   |   📞 +91 80 4117 9152   |   💬 +91 99167 77262

The technical information, specifications, dimensions, mechanical properties, drawings, and performance data provided on this website are intended for general reference and engineering guidance only. Values shown are representative of products manufactured under normal production conditions and may vary depending on material grade, manufacturing tolerances, installation method, application, and operating environment.

While Horizon Inc. makes every reasonable effort to ensure the accuracy of the information provided, we make no warranties, express or implied, regarding its completeness, accuracy, or suitability for any particular purpose. Customers are responsible for verifying that the selected product is appropriate for their specific application and operating conditions. Where safety, structural integrity, or regulatory compliance is critical, independent engineering evaluation and product testing should be performed.

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