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.

These spacers are easily mounted by hand. The ends are arrowhead fasteners and they are held firmly in place with tension wings. Available in many styles for different hole sizes, panel thicknesses and materials

These spacers have a threaded female end that is mounted securely using a screw. The top end has a releasable snap-fit bayonet nose that holds the PCB in place.

One tapered end for quick and easy insertion of the PCB. Holds a 1/16" PCB. Avaialble in lengths from 2.5 to 8". Snaps into 2 holes with a a panel thickness range of .047 - .090", Natural, UL94 V-2 Nylon 6/6, 500 per bag.

Snap-In Non-Locking Vertical Card Guides hold PCB boards of any width vertically in place. These tension guides have a double channel to permit side-by-side mounting and the design allows the PC board to easily slide in and out.

Hex Standoffs are mostly commonly used to create a space between two objects, often helping to position them correctly. Our range of Plastic Standoffs have a female to female connection type, and are designed to be installed by hand - so there is no requirement of assembly equipment.

Our range feature Hex Standoff Metric spacers made from Black 25% Glass Filled Nylon 6. Internal threads are mounted with either an M3 or M4 screw. Our Nylon offering extends to a Nylon Standoff Spacer series made from Natural Nylon 6/6 with a flame resistance rating of UL94 V2.

We also have a range of Polyether Ether Ketone (PEEK) Hex Threaded Standoffs that are Light Brown in appearance. This premium option has a heat resistance rating of UL94 V0 and can withstand heat up to 365F. They possess excellent mechanical strength and stiffness, as well as resistance to alternating tensile and bending loads.

These spacers have a locking teardrop design. These snap into very small holes and leave a very low protrusion over the panel. Available in many sizes and styles

Multi Panel Snap-In Horizontal Card Guides have tension wings to provide firm retention of the printed circuit board and a funny entry for easy board insertion. These tension guides support boards horizontally in tight spaces like a PCB rack.

Vertical Card Guides have a secure, locking Threaded Metal Pin to hold PCB boards in place and are easily engaged and disengaged with a finger press. These tension guides support boards vertically in tight spaces and include mounting hardware.

Vertical Card Guides have a secure, locking Threaded Plastic Pin to hold PCB boards in place and are easily engaged and disengaged with a finger press. These tension guides support boards vertically and the double channel permits side-by-side mounting.

Snap-In Locking Vertical Card Guides have a locking tab to securely hold the board in place vertically. These tension guides mount into a square hole to prevent rotation and the snap-in element provides fast, easy installation.

These Male Standoffs are designed to be installed by hand and do not require assembly equipment. The hex 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.

These spacers have a threaded male end that is mounted securely using a hex nut. The top end has a releasable snap-fit fastener that has a low profile.

These reverse mount supports reinstalled from the underside of the chassis. They have a thin buttonhead for minimal protrusion under the chassis. The top of these is a snap-fit design allowing the PC to be removed.

These supports are mounted from the bottom of the chassis leaving little protrusion on the outside. They mount into a .375 x .313 square hole in the chassis to prevent rotation. It locks the PC Board in place with an edge holding arm that is releasable.

These are edge locking supports that require no hole in the top board. They have an integrated locking pin on the bottom to prevent rotation. The UBM grips the PC Board on the side and the UBMC grips the board and is easily released. They have a wide base that minimizes rocking.

These spacers are easily mounted by hand. One end is an arrowhead fastener with tension wings for a tight grip to the board. The other end is a low-profile two-prong fastener with a cupped base to seal the hole and give stability.

These spacers are easily mounted by hand. One end is a locking bayonet nose that easily locates the mounting hole. The other hole is a low-profile 2-prong fastener with a cupped base to seal the hole and provide stability. Available in 2 different hole diameters, .156 and .125 in many different spacer lengths.

These reverse mount supports reinstalled from the underside of the chassis. They have a thin buttonhead for minimal protrusion under the chassis. The top of these flat requiring nop through hole to support heavily loaded PC Boards.

These push 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

These spacers have a fir tree fastener on one end and a releasable bayonet nose on the other. The blind hole mount is flexible and will lock into round, threaded, punched or drilled blind holes

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

These spacers have a threaded male end that is mounted securely using a hex nut. The top end has a snap-lock bayonet nose that holds the PCB in place.

PCB Supports come with a double-sided adhesive tape with a release tab for quick installation. It locks onto the board but is releasable with a pinch.

These spacers have a keyslot design that allows for easy removal to facilitate removal. The keyslot design leaves minimal protrusion below the board. The larger base on the keyslot side is for easy identification of mounting end