Stainless Steel DIN 529-1986 Hacked bolt -Type C
Product Overview:
Hacked bolts -Type C are widely used in concrete and masonry structures, mainly for the installation of heavy equipment, fixing supports, hanging heavy objects, etc. Its unique working principle and structural design make it able to provide reliable fixing effects in a variety of hard materials. Suitable for all kinds of concrete, masonry, natural stone and other hard materials, can provide stable fixed effect.It is usually treated with galvanized or special coating to enhance corrosion resistance and is suitable for indoor and outdoor environments.
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Stainless Steel DIN 529-1986 Hacked bolt -Type C Details
The hacked bolt -type C, consisting mainly of a bolt body and wedge expander, is designed for high strength loads and provides strong anchoring in hard substrates, especially in strong materials such as concrete, masonry and heavy stone.
Functional characteristics
Functional characteristics
- High load bearing capacity: Thanks to the strong grip of the wedge-shaped expansion system, the Hacked bolt -Type C is able to withstand large tensile and shear stresses, making it ideal for securing heavy machinery and large structures.
- Wide range of applications: Whether it is a new project or the renovation and upgrading of an existing building, the Hacked bolt -Type C has excellent performance and is suitable for a variety of hard building materials, including but not limited to concrete, brick, natural stone, etc.
- Fast and easy installation: Compared with other types of anchors, the installation process of the Hacked bolt -Type C is simpler and faster, and there is no complicated embedding process, which greatly improves the construction efficiency.
- Reliability and durability: The selection of high-quality raw materials and advanced manufacturing processes ensure that the Hacked bolt -Type C has excellent fatigue strength and corrosion resistance, even in harsh environments.
- Heavy industrial equipment: such as petrochemical industry, power production, large machinery in metallurgical plants, fixing of transmission pipelines.
- Public infrastructure: Structural reinforcement of Bridges, tunnels, subway stations, airport terminals, and safety anchoring of road signs and lighting posts.
- Commercial and residential buildings: reliable installation of curtain wall systems, air-conditioned outdoor units and fire ladders in high-rise buildings, shopping malls, stadiums, schools and other places.
- Telecommunications and energy facilities: a solid foundation for communication towers, solar panel arrays, wind power towers, etc.
