Stainless Steel Hex Lag Screws

Jinghong manufacturer provides Stainless Steel Hex Lag Screws, which combine excellent corrosion resistance and strong self tapping performance. No need for pre drilling, the hexagonal head design facilitates wrench operation and provides high torque fastening. Widely used in various industrial scenarios with high anti-corrosion requirements.

Send Inquiry

Product Description

The material of stainless steel has excellent rust and corrosion resistance, and is not afraid of erosion from rain, salt spray, and most chemicals. The front end of the Stainless Steel Hex Lag Screws is a sharp self tapping drill bit, paired with specific thread shapes. During installation, matching threads can be directly cut on the connected parts, saving the complex processes of pre drilling and tapping, greatly improving installation efficiency, especially suitable for on-site construction.

The standard hexagonal head design of screws allows for high torque tightening using wrenches, sockets, or power tools. Compared to cruciform or hexagonal screws, Stainless Steel Hex Lag Screws can transmit greater torque, are less likely to slip, ensure that the screws are fully tightened, and achieve extremely firm connections.

Name	Stainless Steel Hex Lag Screws
Material	Stainless Steel
Standards	GB,DIN, BSW, JIS, UNC, UNF, Non-standard, Customized Drawing
Thread	Metric Coarse, Metric Fine, UNC, UNF, BSW, BSF.
Sizes	M4-M16
Finish	Plain/Black/others
Price	0.04usd/pcs-0.50usd/pcs
MOQ	Stardard item(Usually little hundred-little thousand)/determined if non-standard

Product Feature

Jinghong factory focuses on the production of fasteners made of different materials. For Stainless Steel Hex Lag Screws, Jinghong strictly controls the purity and craftsmanship of the materials to ensure excellent corrosion resistance and sufficient hardness. We are well aware that a reliable connection begins with a reliable screw. So we not only provide standard products, but also recommend the most suitable screws based on your board thickness and material.