Plastic Double Sided Mounting Rear Mounting

These push-in spacers are designed to support heavily loaded circuit boards. No through hole is required in the board which allows for easy access to the underside of the board. They have a flanged base to keep them steady.

These spacers have a flexible fir tree fixing that will lock into round, threaded, punched or drilled blind holes. They are available in locking and non-locking options.

Designed to mount easily on chassis with plastic SR snap rivet. Allows mounting to a range of panel thicknesses. Button head on rivet for minimal protrusion on chassis underside.

These Standoffs are designed to be installed by hand and do not require assembly equipment. The round standoffs are suitable for a wide range of applications and are ideal for use when high mechanical strength is required and provide sturdy, insulated spacing for high power electronic applications. They are made of nylon with brass inserts and are rated UL94 V-2.

Series Code :SR2797

These spacers have a threaded female end that is mounted securely using a screw. The top end has a locking arrowhead nose that holds the PCB in place.

Series Code :SR2787

Self Adhesive PCB Mounts, also known as PCB Pillars or PCB Support, provide insulation benefits, and help secure Printed Circuit Board (PCB) for a range of electronical assemblies and applications. Helping prevent short circuit and shock, PCB Support Pillars are used in most electronic objects, including; smartphones, tablets, desktop computers, and common kitchen appliances.

Our PCB Pillar range come with a double-sided adhesive tape that features a release tab for quick installation. The adhesive element eliminates the need for mounting holes on the chassis.

Available with snap-locking, push spacer and miniature options. Snap-locking types aid fast installation by hand.

• Colour: Natural
• Material: Nylon 6/6
• UL94 V2 flame resistance rating
  

The adhesive element of the product has a shelf life of approximately 1 Year from date of shipping; when stored in the unopened original packaging, stored at room temperature and away from sunlight.

These spacers have a unique self-threading bottom fixing. The threaded hole that they go into acts as a die and threads the bottom end when screwed in. They can be used in either a #8 or M4 threaded hole. They are easily installed by hand with minimal force. The top fix is a locking bayonet nose.

These Snap-fit spacers are designed to support heavily loaded circuit boards. No through hole is required in the board, which allows for easy access to the underside of the board. These have a flanged base to keep them steady.

Series Code :SR6431

Threaded Spacers, commonly known as Screw Spacers or Threaded Standoffs, are typically used to enable two components in an assembly to be fastened together, as a distance that is controlled from one another. They can also be used to elevate one part of the assembly above the other.

Designed to be installed by hand, these Threaded Standoff Spacers won't require the use of assembly equipment. They are suitable for a breadth of applications, and provide easy assembly. Threaded Spacer feature various connection types, shapes, materials and compatible thread sizes, including M4 Standoff. They are also available in a choice of colours to suit your application needs.

Our Thread Spacer offer includes a range of Nylon Spacers Standoffs, including options that are 25% and 30% Glass Filled, as well as Nylon 6 or Nylon 6/6. Material flammability ratings include UL94 HB, UL94 V0 and UL94 V2.

Our Polyether Ether Ketone (PEEK) range offers heat resistance up to 180C, as well as excellent mechanical strength and stiffness. Resistance to alternating tensile and bending loads is also very good, with superb dimensional stability. The flame resistance rating is UL94 V0.

Also stocked are Polyphenylene Sulfide (PPS) spacers that are ideal for any application, with heat resistance up to 200C.

• Hexagonal and Round Standoff shapes included
• Colours: Black, Brown, Natural and White
• Spacer Types: Male to Male, Male to Female, Female to Female and Female to Male.