Skip to product information
1 of 1
OneMonroe (Monroe Engineering Products) →

Grade 8 & 10.9 Hex Cap Screw, Alloy Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50

Grade 8 & 10.9 Hex Cap Screw, Alloy Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50

SKU:FAS-7e6d51

Grade 8 & 10.9 Hex Cap Screw in Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50. Made in the US under ISO 9001:2015 certification.

Regular price $39.99
Regular price Sale price $39.99
Sale

Initiate Order

Grade 8 & 10.9 Hex Cap Screw, Alloy Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50

Grade 8 & 10.9 Hex Cap Screw, Alloy Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50

$39.99

Quantity: 1

Claim Your Seller Account

Grade 8 & 10.9 Hex Cap Screw, Alloy Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50

Grade 8 & 10.9 Hex Cap Screw, Alloy Zinc-Bake Cr+3, 3-Inch, Coarse Thread, Pack of 50

$39.99

Quantity: 1

Delivery via Maden

Expect your order to arrive on time.

Secure Payments

All orders are processed through a secure, PCI-compliant checkout.

View full details
Our Grade 8 & 10.9 Hex Cap Screw in Zinc-Bake Cr+3 alloy is a reliable fastening solution designed for industrial applications. With a length of 3 inches and a coarse 7/16"-20 thread, each screw is precision-engineered for durability and strength. Manufactured in the US under ISO 9001:2015 certification, these screws meet rigorous quality standards for performance and reliability. Each pack contains 50 units, making it convenient for large-scale projects.

Product Specifications

Specifications Br Unit Qty
250
Specifications Country Of Origin
US
Specifications Length
3 Inch
Specifications Material
Alloy Zinc-Bake Cr+3
Specifications Pcs Weight
0.14223
Specifications Product Guides
Fastener's Guides
Specifications Pr Unit Qty
50
Specifications Size Fast
7/16"-20x3"
Specifications Thread
7/16"-20
Specifications Thread Type
Coarse
Specifications Warning
Prop 65 Warning: This product may contain chemicals known to the State of California to cause cancer, and birth defects or other reproductive harm.