The entire stainless steel chain has been pre stretched, with high strength, stable operation, and durability.
Stainless steel chains adopt advanced heat treatment and surface hardening technology, precision machining and optional assembly, stable quality, and dimensional parameters comply with national standards.
A turnbuckle typically consists oftwo threaded eye bolts, one with a left-handthread and the other with a right-hand thread, connected by athreaded tubular body.
The entire stainless steel chain has been pre stretched, with high strength, stable operation, and durability.
There are various types of safety buckles, including hiking buckles, seat belt buckles, luggage buckles, etc.
A safety buckle is a device used to secure objects, usually made of metal or plastic, with good durability and tensile strength.
It has a small volume but high strength. Shackles are generally used for lifting and hoisting, and mastering the correct method of using them is necessary to ensure operational safety.
The maximum working load and scope of use of the shackle are the basis for testing, inspection, and use of the shackle, and overloading is strictly prohibited.
Safety factor: 4 times Safety factor Material: 304 (length), 316 (length), 321 (length)
The entire stainless steel chain has been pre stretched, with high strength, stable operation, and durability.
Stainless steel chains adopt advanced heat treatment and surface hardening technology, precision machining and optional assembly, stable quality, and dimensional parameters comply with national standards.
Standard: DIN766, DIN763, DIN5685, Japanese Standard, ASTM80, NACM40, Australian Standard, Korean Standard
Security issues are ubiquitous in our daily lives. From traffic safety to home safety, every detail can have an impact on our lives.
Among numerous security devices, safety buckles, as a simple and effective security tool, are gradually being valued by people.
The shackle body is forged from high-quality carbon steel or alloy steel and subjected to heat treatment.
The experimental load of the shackle is twice the ultimate working load, and the breaking load is four times the ultimate working load.