sales@fix.com.au

02 4862 3744 | 1300 133 215

sales@fix.com.au

02 4862 3744 | 1300 133 215

sales@fix.com.au

02 4862 3744 | 1300 133 215

In many projects, we need small parts called spacers and standoffs to hold everything together. Although they look similar and serve related purposes, there are key differences between them.

So what is the difference between spacer and standoff? A spacer is a piece of hardware used to create distance between two parts or surfaces within an assembly, often to properly position or align components. It can be cylindrical or have various other shapes and does not typically have internal threads.

A standoff is similar to a spacer but is specifically designed to have internal threads. It is used to separate and properly position components within an assembly while allowing for the attachment of parts using screws or bolts. 

What is the difference between a spacer and a standoff?

Spacer” and “standoff” are terms often used in the fields of engineering, construction, and assembly of various devices, especially in electronics and mechanics. While they serve similar functions, they have distinct characteristics and applications:

Spacer

 

  • Function: A spacer is a piece of hardware used to create a desired distance between two parts or surfaces. It fills the gap between components, ensuring that there is a specified amount of space for assembly or operational purposes.
  • Design: Spacers are typically simple in shape, such as cylindrical or sometimes hexagonal. They don’t have internal threads.
  • Materials: They can be made from materials like metal, plastic, ceramic, or composites, depending on the requirements for strength, thermal resistance, electrical conductivity, or non-conductivity.
  • Applications: Used in electronic assemblies to separate circuit boards, panels, doors, or other mechanical parts to prevent unwanted contact, ensure proper airflow, or maintain clearance for electrical and thermal insulation.

Standoff

 

  • Function: Standoffs not only separate components but also securely fasten them together. They often have threaded holes at one or both ends, allowing components to be screwed into place, which adds structural integrity and alignment.
  • Design: Standoffs are typically cylindrical and feature internal or external threads that can engage with screws or bolts. They come in various designs, including hexagonal shapes for wrench tightening.
  • Materials: Like spacers, they can be manufactured from metals, plastics, or other materials, chosen based on the mechanical strength or other specific properties required.
  • Applications: Commonly used in architecture, computer, and aerospace industries. For example, standoffs are used to mount motherboards in computer cases, ensuring they are raised off the surface of the case to prevent electrical shorts and allow for air circulation.

Key components of standoff fixing systems

Standoff fixing systems are essential in many design applications, particularly in construction, sign installation, display setups, and various mechanical assemblies. Here are the key components:

1. Standoffs

 

These are the primary components of the system. Standoffs are typically cylindrical and can be threaded internally and/or externally to accommodate screws or bolts. They serve to separate and securely hold panels, signs, or other components at a specific distance from a surface. Their structural role also includes adding a clean and professional look to the installation.

2. Mounting hardware

 

This includes screws, bolts, and nuts used to attach the standoffs to the mounting surface and to secure the object being mounted. The choice of mounting hardware depends on the weight and type of the object, as well as the material of the surface it is being mounted to. 

Pro tip

Heavier signs or panels may require more durable bolts that can handle increased load.

3. Spacer washers

 

Spacer washers are used to adjust the space between the mounted object and the surface, or between multiple mounted objects. They help in achieving precise alignment and uniform spacing across the installation. These washers can also be used to distribute load more evenly and prevent damage to the surfaces of the objects being mounted.

4. Caps or cover plates

 

These are decorative and functional elements that cover the head of the mounting screws or bolts, providing a neat finish. Caps can also protect the hardware from environmental factors like dust and moisture, which might lead to corrosion or loosening over time. They often come in various finishes and materials to match or enhance the aesthetic of the mounted object.

5. Anchors (optional)

 

Anchors are used when the mounting surface is not sturdy enough to support the weight of the mounted object or when additional stability is required. They are especially useful in drywall, masonry, or concrete installations. Anchors ensure that the screws or bolts have something solid to grip onto, preventing the mounted object from becoming loose or falling. 

 

Frequently Asked Questions

What materials are standoffs made from?

Standoffs can be made from a variety of materials including aluminium, stainless steel, brass, and even plastics. The choice of material often depends on the environment where they will be used, the weight of the mounted object, and aesthetic considerations.

What is the function of standoff spacers?

Standoff spacers are used to separate and support components in assemblies, ensuring they are aligned and spaced correctly. They help in maintaining structural integrity, managing heat, and providing electrical isolation.

How do I choose the right size and type of standoff?

The choice depends on the size and weight of the item to be mounted, as well as the desired aesthetic effect. Factors to consider include the diameter and length of the standoff, the type of head (flat, rounded, etc.), and whether internal or external threads are needed.

Do I need special tools to install standoffs?

Basic tools required include a drill, drill bits, a screwdriver or wrench, and possibly a level to ensure the installation is even. A measuring tape is also crucial to position the standoffs correctly.

Can standoff systems be customised?

Yes, many manufacturers – like FIX Systems Architectural Hardware – offer custom solutions where you can specify the size, finish, and material of the standoffs to match your specific design requirements.

 

Say goodbye to complex mounting processes with our hassle-free standoff systems

Standoff fixing systems offer an effective and aesthetically pleasing way to mount various items like signs, panels, and artwork, maintaining a professional and clean appearance in both commercial and residential environments. 

Whether you’re looking to create a sophisticated display in a gallery, mount directional signage in an office, or simply elevate the interior design of your home, standoff fixing systems provide a reliable and elegant solution. With the variety of materials, sizes, and finishes available, you can easily find a FIX system that suits your specific requirements.

Explore our range of standoffs today. Feel free to call us if you’re not sure about what you need!

We deliver standoff fixings to homeowners, designers, and commercial business owners across the world. Whether you’re in Australia or overseas, we have the architectural hardware to fit your needs.

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