Hex Lag Screw
Find industrial Hex Lag Screws for heavy-duty wood and framing applications. Our fasteners are manufactured to meet or exceed key industry standards like ASTM A307, ensuring reliable performance. Available in bulk for commercial projects in Los Angeles.
½” X 3” HEX LAG SCREW, ZINC PLATED$0.77 As low as $0.56Bulk Pricing:- Buy 50 or more $0.69 Save 10%
- Buy 200 or more $0.62 Save 19%
- Buy 500 or more $0.56 Save 27%
This ½” x 3” Hex Lag Screw is manufactured from low-carbon steel for reliable performance in general construction and framing. It meets ASTM A307 specifications, providing a minimum tensile strength of 60,000 psi. The zinc-plated finish offers moderate corrosion resistance. Learn More
5/16” X 1” HEX LAG SCREW, ZINC PLATED$0.25 As low as $0.18Bulk Pricing:- Buy 50 or more $0.22 Save 12%
- Buy 200 or more $0.20 Save 20%
- Buy 500 or more $0.18 Save 28%
This 5/16" x 1" Hex Lag Screw is a heavy-duty fastener made from low carbon steel, meeting ASTM A307 standards. With a minimum tensile strength of 60,000 psi and a corrosion-resistant zinc plating, it ensures strong, reliable connections in wood framing and construction applications. Learn More
5/16 X 3 HEX LAG SCREWS$1.18 As low as $0.86Bulk Pricing:- Buy 50 or more $1.06 Save 10%
- Buy 200 or more $0.96 Save 19%
- Buy 500 or more $0.86 Save 27%
This 5/16” x 3” Hex Lag Screw is a heavy-duty fastener manufactured from low carbon steel to meet ASTM A307 specifications. The zinc plating provides essential corrosion resistance, making it ideal for structural wood-to-wood and wood-to-masonry applications. Learn More
5/16 X 4 HEX LAG SCREW$0.78 As low as $0.57Bulk Pricing:- Buy 50 or more $0.70 Save 10%
- Buy 200 or more $0.63 Save 19%
- Buy 500 or more $0.57 Save 27%
This 5/16" x 4" Hex Lag Screw is manufactured from durable low carbon steel to meet ASTM A307 performance standards. It features a corrosion-resistant zinc plating (per ASTM B633), making it ideal for construction and general framing applications. Learn More- 3/8 X 2 HEX LAG SCREWS$1.04 As low as $0.76Bulk Pricing:
- Buy 50 or more $0.94 Save 10%
- Buy 200 or more $0.84 Save 19%
- Buy 500 or more $0.76 Save 27%
This 1/4" x 2" Hex Lag Screw features a protective zinc plating per ASTM B633. Manufactured from low carbon steel, it meets ASTM A307 specifications, providing reliable holding power and a minimum tensile strength of 60,000 psi for wood construction applications. Learn More 
3/8 X 2-1/2 HEX LAG SCREW$0.92 As low as $0.67Bulk Pricing:- Buy 50 or more $0.83 Save 10%
- Buy 200 or more $0.75 Save 18%
- Buy 500 or more $0.67 Save 27%
This 1/4" x 2-1/2" Hex Lag Screw is manufactured from low carbon steel, conforming to ASTM A307 strength standards. The zinc-plated finish (ASTM B633) provides essential corrosion resistance, making it ideal for wood construction and framing applications. Learn More
3/8 X 3 HEX LAG SCREWS (C)$2.21 As low as $1.61Bulk Pricing:- Buy 50 or more $1.99 Save 10%
- Buy 200 or more $1.79 Save 19%
- Buy 500 or more $1.61 Save 27%
This 1/2" x 3" Hex Lag Screw features a zinc-plated finish for moderate corrosion resistance. Manufactured from low carbon steel to meet ASTM A307 standards, it provides reliable holding power for wood construction and framing applications. Learn More
3/8 X 4 HEX LAG SCREWS (C)$0.77 As low as $0.56Bulk Pricing:- Buy 50 or more $0.69 Save 10%
- Buy 200 or more $0.62 Save 19%
- Buy 500 or more $0.56 Save 27%
A 1/2" x 4" Hex Lag Screw featuring a protective zinc plating per ASTM B633. Manufactured from low carbon steel compliant with ASTM A307 standards for reliable performance in light-duty framing and construction. Learn More- ⅜” X 5” HEX LAG SCREW, ZINC PLATED$1.29 As low as $0.94Bulk Pricing:
- Buy 50 or more $1.16 Save 10%
- Buy 200 or more $1.04 Save 19%
- Buy 500 or more $0.94 Save 27%
This 1/2" x 5" Hex Lag Screw is a heavy-duty fastener designed for robust wood construction applications. Manufactured from low carbon steel to meet ASTM A307 and SAE J429 Grade 2 equivalent standards, it features a zinc-plated finish for reliable corrosion resistance. Learn More