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Anchor is a mechanical device used to firmly attach an object to a base material (such as concrete, masonry, rock, etc.), providing a stable and reliable connection to ensure the safety and durability of various structures.
1) Expansion Anchors
It makes the sleeve expand and tightly press against the surrounding substrate material, thus creating strong friction and bite force to achieve a stable anchoring effect.
2) Chemical Anchors
They rely on chemical agents to have a chemical reaction with the substrate material, enabling the anchor bolts to bond tightly with the substrate and achieve a high-strength anchoring effect. They possess extremely high bonding strength and can adapt to a variety of complex substrate conditions.
3) Mechanical Anchors
They depend on their unique mechanical structures, such as special locking keys and barbs, to embed themselves into the substrate material, thereby resisting tensile and shear forces and providing reliable fixation for objects. Mechanical anchors are easy and quick to install.
1. Carbon Steel Material
It has a relatively low cost and high strength. After appropriate surface treatment (such as galvanizing), its corrosion resistance can be improved to a certain extent.
2. Stainless Steel Material
Containing alloy elements such as chromium and nickel, it has excellent corrosion resistance and can adapt to harsh environments like humidity and acid-base. It also has an attractive appearance.
3. Alloy Steel Material
By adding multiple alloy elements to adjust different properties, it has excellent strength, toughness, and wear resistance. It can withstand high tensile, compressive, and shear forces.
| Diameter | Covers a variety of common specifications from M6 to M24. The appropriate diameter size can be selected according to specific bearing requirements to ensure sufficient anchoring force. |
| Length | Ranges from 30mm to 200mm. Different lengths of anchors are suitable for base materials of different thicknesses, ensuring reliable anchoring under various installation conditions. |
| Thread Type | Includes coarse threads and fine threads. Coarse threads have high strength and good universality, while fine threads are suitable for occasions with high requirements for connection accuracy or those that need to withstand large vibrations. |
1. High Strength
2. Reliable Anchoring Force
3. Easy Installation
4. Strong Universality and Corrosion Resistance
Construction Engineering,Industrial Manufacturing,Home Decoration Transportation Facilities and so on.
