The core of the Y-shaped anchor is its unique "Y" shape structure, which is composed of a vertical bar and two symmetrical oblique bars (branch bars). The branch bars are usually distributed at an Angle of 120° to form a stable triangular mechanical structure. This design enables it to form a triangular support system under stress, significantly improving the bearing capacity while reducing local stress concentration and enhancing overall stability.
Stress dispersion: The vertical tensile force is transformed into a transverse component force to reduce the local pressure on the substrate and avoid cracking or damage.
Anti-eccentric load: excellent stability when bearing eccentric load, anti-fatigue performance is 3-5 times higher than ordinary anchor, suitable for dealing with complex space force system.
Tensile and compressive strength: vertical bearing capacity can reach more than 200kg, some models through heat treatment process to improve the hardness, tensile strength is significantly better than ordinary anchor.
Shear strength: By optimizing the mechanical design, the shear bearing capacity is better than that of the linear anchor, which is suitable for the scenario of bearing shear forces.
High temperature performance: adapt to extreme environment, stable and reliable
The Y-type anchor is made of high temperature resistant materials, which can maintain stable performance in extreme high temperature environments and meet the needs of high temperature scenes such as industrial furnaces and boilers.
Heat-resistant steel quality: such as 310S, 2520 stainless steel, can work stably in 800℃-1400℃ environment, continuous use temperature up to 1150℃.
Oxidation resistance: the surface of the formation of dense oxide film, prevent high temperature oxidation, prolong the service life.
High temperature strength: heat resistant steel can still maintain performance at 1400℃ high temperature to ensure structural safety.
High bearing capacity: stable support, cope with heavy load
Through its unique structural and material selection, the Y-anchor achieves an extremely high bearing capacity, which can meet a variety of heavy load and high strength requirements of the application scenario.
Triangular support system: significantly improve the bearing capacity of the anchorage system and reduce structural deformation.
High strength material: made of alloy steel or stainless steel, through heat treatment process to improve hardness and tensile strength, tensile strength of ordinary carbon steel ≥400MPa, heat resistant steel ≥600MPa.
Temperature resistance: It can resist thermal stress damage caused by temperature change to ensure structural safety.
Application: Extensive coverage, indispensable
With its excellent performance, Y anchor plays an important role in many engineering fields and becomes an indispensable structural connector in modern engineering.
Industrial furnaces: FIXED boiler flue and rotary kiln lining, prevent castable from falling off under high temperature, high pressure and air flow, ensure furnace body sealing and fire resistance.
Building structure: Strengthen concrete structures such as Bridges and tunnels, improve bearing capacity and stability, and prevent lining cracking caused by rock and soil pressure.
Power facilities: The steel structure foundation of transmission towers or substations is fixed to ensure the stability of the facilities in harsh environments.
Curtain wall installation: Connected with the main structure through the embedded way, it provides reliable three-dimensional constraints and significantly improves the wind load resistance.
Metallurgy, ceramics, glass industry: fixed refractories in high temperature furnaces to ensure smooth production process.
Installation and maintenance: simple and fast, long-term stability
The easy and fast installation process of the Y-shaped anchorage can significantly improve the construction efficiency, while its excellent durability reduces maintenance costs.
Simple installation: standardized design, easy to control the installation process, low requirements on site conditions, conducive to shorten the construction period, reduce costs.
Good durability: after strict production process and quality control, it has a long service life and can maintain stable performance in harsh environments.
Regular inspection: After the construction is completed, the anchorage system should be regularly monitored to find and deal with potential problems in time to ensure the long-term safety and stability of the structure.
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