Standard Key-Lock Type: Suitable for general high-load and vibration environments. The mechanical engagement of the key prevents rotation and pull-out. Examples include models produced by military-grade component manufacturers such as Xinxiang Xinluoyuan, conforming to GJB119.1A standard.
Anti-Loosening Locking Type: Optimizes the anti-loosening design based on the key-lock system. Some products employ a double-locking structure, capable of withstanding over 1 million vibration tests. Suitable for high-frequency vibration scenarios such as automotive manufacturing and construction machinery.
Carbon Steel: Commonly found in ACME and some general-purpose products. High strength and low cost, suitable for general industrial environments.
Stainless Steel: Such as 304 or higher grade stainless steel. Good corrosion resistance. Performance can be further improved through silver plating or cadmium plating. Suitable for chemical, marine, or high-temperature environments. High-temperature alloys/titanium alloys: Used in extreme conditions, such as aerospace engines and nuclear power equipment, capable of withstanding short-term high temperatures of 700℃, possessing non-magnetic properties, and suitable for precision instruments.
Threaded inserts come in various types, mainly divided into two categories based on their structure and application requirements: cylindrical and flanged. Cylindrical inserts have a relatively simple structure and are suitable for applications requiring a certain connection depth; while flanged inserts, due to the added flange edge, can provide better pull-out force after the material is inserted, and are also more convenient to operate.
