1/2 x 9 Hex Lag Screws
Categories: Zinc Hex Lag Screws
- Finish: Zinc Plated
- Material: Steel
- Color: Silver
- Brand: Midwest
- Scale: Standard
- Length: 9"
- Head Type: Hex
- Drive Size: 3/4" Wrench/Socket
- Drive Type: Wrench/Socket
- Thread Type: Coarse
- Package Type: 10lb Box
Product Description:
The 1/2 x 9 Hex Lag Screws by Midwest are crafted from low-carbon steel that meets ASTM A307 Grade A standards, ensuring reliable performance for general construction, woodworking, and light-duty structural applications. These lag screws feature a protective zinc-plated finish that resists rust and corrosion, making them suitable for both indoor use and light outdoor environments.
Designed with a precision-formed hex head, these screws allow for secure tightening using standard wrenches or sockets, delivering strong clamping force and easy installation. The deep, coarse threads provide excellent holding power in wood, lag shields, and other anchoring materials, making them ideal for heavy-duty wood fastening tasks.
Perfect for deck building, structural framing, and other projects requiring dependable load-bearing strength, these lag screws offer superior grip and durability. Whether you’re a professional contractor or a DIY enthusiast, Midwest’s hex lag screws provide the strength and reliability needed for your toughest fastening jobs.
Features:
- Manufactured from low-carbon steel meeting ASTM A307 Grade A requirements, offering dependable performance for general construction, woodworking, and light-duty structural applications.
- Finished with a protective zinc coating to help resist rust and corrosion in indoor and light outdoor environments.
- Precision-formed hex head allows for secure tightening with standard wrenches or sockets, providing strong clamping force and simple installation.
- Deep, coarse lag screw threads ensure excellent holding power in wood, lag shields, and other anchoring materials.
- Ideal for heavy-duty wood fastening, these lag screws deliver superior grip and durability in deck building and structural framing projects where reliable load-bearing strength is essential.
