Stainless Steel Standoffs

Stainless Steel Standoffs are cylindrical or hexagonal spacers used to create precise gaps between components in electronic, mechanical, or architectural assemblies. Made from corrosion-resistant stainless steel, they offer durability, strength, and aesthetic appeal. Available in male-female or female-female configurations, standoffs provide threaded connections for secure fastening. Common applications include PCB mounting, rack systems, and enclosure designs. Their non-conductive properties and resistance to harsh environments make them ideal for industrial, marine, or outdoor use. Customizable in length, diameter, and thread size, stainless steel standoffs ensure reliable spacing and alignment while enhancing structural integrity.

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Round Stainless Steel Spacers

Round Stainless Steel Spacers are precision-engineered cylindrical components designed to maintain consistent spacing between two surfaces or parts in mechanical assemblies. Made from durable stainless steel, these spacers offer excellent corrosion resistance, high strength, and thermal stability, making them ideal for demanding industrial, automotive, and aerospace applications. Available in various diameters, lengths, and finishes, they ensure proper alignment, reduce vibration, and prevent galvanic corrosion. Their hollow design often accommodates bolts or screws, simplifying installation. Commonly used in electronics, machinery, and construction, these spacers enhance structural integrity while withstanding harsh environments.

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Round Threaded Standoff

A Round Threaded Standoff is a cylindrical spacer used in mechanical and electronic assemblies to create precise gaps between components. Typically made of metal (e.g., brass, aluminum, or stainless steel) or plastic, it features internal and/or external threading for secure fastening. These standoffs provide structural support, prevent short circuits, and allow airflow in PCB applications. Common types include hex, knurled, or smooth round bodies with threaded ends. They are measured by length, thread size (e.g., M3, #4-40), and material grade. Ideal for elevating circuit boards, mounting hardware, or organizing stacked assemblies while maintaining alignment and durability.

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Round Spacers

Round Spacers are cylindrical components used to create precise gaps or maintain consistent spacing between parts in mechanical assemblies. Typically made from materials like metal, plastic, or nylon, they ensure proper alignment, reduce friction, and absorb vibrations. Available in various diameters, thicknesses, and tolerances, round spacers are widely used in electronics, automotive, and industrial applications. Their simple yet effective design enhances structural integrity and prevents component damage. Customizable options include threaded or unthreaded variants to suit specific requirements. Ideal for PCB mounting, shaft alignment, or machinery setups, round spacers offer durability and reliability in diverse environments.

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Aluminum Spacer

An aluminum spacer is a precision-engineered component used to create gaps or maintain specific distances between parts in mechanical assemblies. Made from lightweight yet durable aluminum alloy, it offers excellent corrosion resistance and thermal conductivity. Commonly used in automotive, aerospace, and construction applications, spacers ensure proper alignment, reduce vibration, and prevent component contact. Available in various shapes (washers, sleeves, standoffs) and customized dimensions, they provide structural support while minimizing weight. The material's machinability allows for tight tolerances, making aluminum spacers ideal for high-performance systems requiring reliability and efficiency.

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PCB Standoffs

PCB Standoffs are essential hardware components used to mount, support, and align printed circuit boards (PCBs) within electronic enclosures or chassis. Typically made of nylon, plastic, or metal, they create secure spacing between the PCB and other surfaces, preventing short circuits and mechanical stress. Available in threaded or non-threaded designs, standoffs ensure stability and proper ventilation for electronic assemblies.

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Stainless Steel Hex Standoff

A Stainless Steel Hex Standoff is a threaded spacer designed to provide precise spacing and secure fastening between components in mechanical or electronic assemblies. Featuring a hexagonal middle section for easy wrench tightening, it offers excellent corrosion resistance, durability, and electrical insulation. Commonly used in PCB mounting, aerospace, and industrial equipment, these standoffs come in male-to-female, female-to-female, or male-to-male configurations. The stainless steel construction ensures high strength and reliability in harsh environments. Available in various lengths and thread sizes, they are ideal for maintaining structural integrity while preventing short circuits.

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Metal Standoffs

Metal standoffs, also known as metal standoff spacers or metal spacer pillars, are precision-machined components designed to securely separate and support parts in mechanical assemblies. They are commonly used to create space between circuit boards, panels, or structural parts without compromising strength or alignment.

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Metal Standoff Spacers

Metal standoff spacers are essential mechanical components used to create precise spacing between parts in an assembly, particularly in electronic devices, printed circuit boards (PCBs), and enclosure systems. These spacers help maintain structural integrity, improve thermal airflow, and simplify mounting.

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Hollow Standoff

A hollow standoff is a precision-machined spacer with an internal passage, designed to create reliable spacing between components while allowing for wire routing, airflow, or bolt pass-through. Hollow standoff spacers are commonly used in electronics, PCB mounting, LED panel installations, and industrial enclosures where weight, insulation, or open access is crucial.

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Hex Standoff

A hex standoff is a precision-machined spacer featuring a six-sided (hexagonal) body, designed to maintain a set distance between two components. Commonly used in PCB mounting, motherboard support, and electronic enclosures, hex standoff spacers ensure mechanical stability and ease of installation.

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Hex Spacer

A hex spacer, also known as a hexagonal spacer or hex standoff spacer, is a mechanical component designed to create space between two objects—typically circuit boards or mounting surfaces—while maintaining structural integrity. Featuring a six-sided profile, hex spacers are commonly used in PCB mounting, motherboard assembly, and electronic enclosures where both alignment and insulation are critical.

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Stainless Steel Standoffs

Round Stainless Steel Spacers

Round Threaded Standoff

Round Spacers

Aluminum Spacer

PCB Standoffs

Stainless Steel Hex Standoff

Metal Standoffs

Metal Standoff Spacers

Hollow Standoff

Hex Standoff

Hex Spacer

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