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30 Pieces M12-1.75x30 Class 10.9 Hex Cap Screws Zinc Yellow, 30PK

About The .9 Hex Cap Screwsis a hex head cap screw made from medium carbon alloy steel and heat treated.Class 10. It has greater tensile strength than Class 8

It has greater tensile strength than Class 8.8 cap screws and is most comparable but not exactly equivalent to U.S.Grade 8 cap screws. Class 10.9 Hex Cap Screwsis a hex head cap screw made from medium carbon alloy steel and heat treated.

Screws & Bolts,Hex Head Cap Screws

30 Pieces M12-1.75x30 Class 10.9 Hex Cap Screws Zinc Yellow, 30PK

Screws & Bolts,Hex Head Cap Screws

Specifications of 30 Pieces M12-1.75x30 Class 10.9 Hex Cap Screws Zinc Yellow, 30PK

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30 Pieces M12-1.75x30 Class 10.9 Hex Cap Screws Zinc Yellow, 30PK
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Their large bearing head design allows for significant distribution of weight and can also be used with oversized and irregular holes.
    • Hex Cap Screws feature a washer face under the head,which creates a better seal when applying load.

    Hex Cap Screws feature a washer face under the head,which creates a better seal when applying load.

    Grade8 Hex Cap Screws have6 radial lines on the head, and can withstand a minumum of 150,000 PSI tensile strength.

    • Hex Cap Screws feature a washer face under the head,which creates a better seal when applying load.

    Hex Cap Screws feature a washer face under the head,which creates a better seal when applying load.

    50 Pieces 1/4-20x1/2in Hex Cap Screws Grade 5 Bolts Zinc Clear, 50PK The most common setup for these bolts would contain a Bolt, 2 Flat Washers, Hex Nut or Hex Lock Nut, and/or Split Lock Washer.. Grade 5 Hex Cap Screws have 3 radial lines on the head, and can withstand a minimum of 120,000 PSI tensile strength.

    • They are designed to secure a fastener, most commonly a bolt, in place.This is achieved through a combination of compression and friction between the threads of the bolt and the threads of the nut.
    • They are designed to secure a fastener, most commonly a bolt, in place.This is achieved through a combination of compression and friction between the threads of the bolt and the threads of the nut.