Ceramic Female Threaded Round Standoffs

In stock and ready to ship.

Ceramic female threaded round standoffs.

Hex standoffs are used with a wrench or pliers. In stock and ready to ship. Rnd stndff 1 4 20 ceramic 1 1 4. 1 2 round female standoff p n 7714.

Round ceramic threaded standoffs. 1 2 round female standoff p n 7716. Choose from our selection of female threaded round standoffs male threaded standoffs male female pillar posts and more. Ideal for high temperature conditions.

Keadic 150 pieces nylon round spacer standoffs assortment kit od 11mm and id 6 2mm length 3mm 4mm 5mm 8mm 10mm 12mm 15mm 18mm 20mm 25mm for m6 screws. Ideal for high temperature conditions. View in parametric search. 1 2 round female standoff p n 7715.

Round ceramic threaded standoffs. Also called standoff mounts these fasteners are commonly used to raise one assembly above the other such as elevating a circuit board above a surface. Exceptional strength in compression and tension. They can also be used to extend thread options or as an adaptor to join male threaded parts to female threaded parts and vice versa.

Withstands very high voltage without flashover. Standoff ceramic 6 32 round female female 19 1 mm check stock lead times more stock available week commencing 23 11 20 contact me when back in stock. Round standoff 10 32 ceramic 1 round standoff. Order before 8pm est standard shipping mon fri.

They can have a hex or round shape are made of steel stainless steel nylon or aluminum and can have a male or female body style. The standoff hardware screws onto bolts or screws by hand. Standoff ceramic 8 32 round female 15 875 mm 15 875 mm check stock lead times 64 in stock for same day shipping. Withstands very high voltage without flashover.

3 8 round female standoff p n 7664. 3 8 round ceramic female standoff p n 7661. Szhkm 520pcs m3 nylon standoffs kit male female threaded hex standoff motherboard standoffs nylon black circuit board standoffs mounting hardware spacer. Standoffs are threaded spacers that are used to connect separate or position parts in assemblies.