The double-headed cold-forged 304 stainless steel hexagon socket adjustment screw is an industrial fastener that combines special structures, materials and processes. The following is a detailed explanation of its core functions.
Product core functions
1. Precise fine-tuning: The core principle is that the threads at both ends of the bolt allow the relative position, distance, or gap between the parts connected to it to be accurately and slightly changed by rotating the bolt.
Operation method: Use a hexagonal wrench to insert the hexagonal hole in the bolt head for rotational drive.
Application scenarios: Alignment, elimination of gaps, setting precise gaps, adjusting tension, calibrating instrument positions, etc., in machine equipment assembly.
2. Reliable connection: The connection method is to screw the thicker end of the bolt into the fixed base or component to provide a firm anchor point.
Adjustment end: The thread on the other end is used to connect the part that needs to be adjusted, and fine-tuning is achieved by rotation.
Riveting end: In some designs, one end is designed for riveting. During installation, this end is deformed by cold heading to form a permanent, pull-resistant locking connection on the plate or another component. This provides a very reliable fixing point, especially suitable for scenes that need to be installed from one side or where space is limited.
The significance of the double-head design: It integrates the "fixed end" and the "adjustment or riveting end" into one, simplifies the structure, and reduces the number of parts.
High strength and durability: 304 stainless steel material provides excellent corrosion resistance, can be rust-proof and resistant to general chemicals, and is suitable for humid, outdoor or corrosive environments. At the same time, it ensures good mechanical strength and can withstand loads and vibrations during adjustment.
Cold heading process: The manufacturing process determines that the product has the characteristics of high strength, high precision, good surface finish, and high material utilization.
Convenient drive method: The hexagonal drive has a compact structure and allows operation in a small space. It provides good torque transmission capability and is less prone to slippage or damage than the cross slot; the head can be sunk into the hole to keep the surface flat.
The core value of the double-headed cold-forged 304 stainless steel hexagon socket adjustment screw is to combine high-strength reliable fixation with precise linear position adjustment (thread adjustment at the other end), which is achieved in a compact and easy-to-drive manner (hexagon socket design) through a double-headed integrated structural design, combined with the corrosion resistance of 304 stainless steel and the high strength of the cold-forging process. It is particularly suitable for use in industrial assembly, mechanical equipment, and precision instruments that require precise adjustment and firm connection, and environmental resistance.
