Additional information
| Size | 4G x 40, 6G x 32, 8G x 32, 10G x 24, 1/4 x 20, 5/16 x 18, 3/8 x 16, 7/16 x 14, 1/2 x 13, 5/8 x 11 |
|---|
TAPSERT Kit UNC
In StockRelated products
-
InsertsPOWERCOIL Wire Inserts Free Running Standard Metric Coarse
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Threaded Inserts & RestorationTAPSERT Bulk Metric Coarse
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Threaded Inserts & RestorationTAPSERT Kit UNF
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page -
Inserts
POWERCOIL Wire Inserts Free Running Standard BSP
- PowerCoil Wire Thread Inserts strengthen tapped threads in light weight parent materials such as aluminium. They are helically wound inserts made from high quality chromium nickel stainless steel with a diamond shaped cross section.
- PowerCoil inserts are used in OEM applications in a wide range of industry sectors including aerospace, automotive, military and electronics.
- They are inexpensive when compared to other inserts and simple to install, yet are extremely tough, wear resistant and corrosion resistant.
- Most importantly, PowerCoil inserts allow the stress loading from the bolt or similar threaded part to be more evenly distributed over the threads in the parent material.
(0 reviews)Add to Quote This product has multiple variants. The options may be chosen on the product page
