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Advantage
The Flat-Ended Inverted Cone anchor bolt excels in handling extreme forces, thanks to its dual-action mechanism: chemical adhesion and mechanical interlock. It withstands tensile forces up to 50kN and shear forces exceeding 35kN (tested under standard concrete conditions), making it suitable for heavy-duty scenarios such as bridge construction, industrial equipment installation, and high-rise building frameworks. This strength ensures long-term stability even under constant or dynamic loads.
Manufactured using 5.8-grade carbon steel or 304/316 stainless steel, the anchor bolt resists rust and environmental erosion. Many models undergo hot-dip galvanizing or electroplating treatments, forming a protective layer that extends service life to 15+ years in harsh conditions (e.g., coastal areas, industrial zones with chemical exposure). This resistance reduces maintenance costs and ensures reliability in outdoor or humid environments.
Designed to perform under dynamic loads, the inverted cone structure maintains a tight bond with concrete during earthquakes or vibrations. Tests show it retains 90% of its anchoring strength after 10,000 cycles of seismic simulation, outperforming conventional anchors. This makes it a top choice for seismic brackets, emergency exit systems, and infrastructure in earthquake-prone regions.
The installation process is streamlined, requiring only four steps: drilling (using standard masonry drills), hole cleaning (to remove dust/debris), glue injection (compatible with TEDUN’s epoxy adhesives), and screwing in the anchor. No specialized equipment is needed, reducing on-site labor time by 30% compared to mechanical expansion anchors. This efficiency accelerates project timelines without compromising quality.
Application
Rail Transit: In projects like subway and high - speed rail tunnels, it is applied to anchor key components such as catenary supports and pantograph arms, guaranteeing the stability of the catenary during the operation of high - speed trains. It can also be used for anchoring in - tunnel joint - sealing cover plates and emergency escape platforms.
Building Structures: In structures such as high - rise buildings and bridges, it is used to fix steel - structure components like steel beams and columns, ensuring the overall stability of the steel structure. It can also be applied to the reinforcement and renovation of concrete structures, such as the anchoring of newly - added components and the repair of structural cracks.
Skylight engineering: It can be used to fix the skylight frame and connecting parts, ensuring the stability and safety of the skylight system under various environmental conditions. It is widely applied in skylight projects of high-rise buildings and large commercial buildings.
Advantage
The Flat-Ended Inverted Cone anchor bolt excels in handling extreme forces, thanks to its dual-action mechanism: chemical adhesion and mechanical interlock. It withstands tensile forces up to 50kN and shear forces exceeding 35kN (tested under standard concrete conditions), making it suitable for heavy-duty scenarios such as bridge construction, industrial equipment installation, and high-rise building frameworks. This strength ensures long-term stability even under constant or dynamic loads.
Manufactured using 5.8-grade carbon steel or 304/316 stainless steel, the anchor bolt resists rust and environmental erosion. Many models undergo hot-dip galvanizing or electroplating treatments, forming a protective layer that extends service life to 15+ years in harsh conditions (e.g., coastal areas, industrial zones with chemical exposure). This resistance reduces maintenance costs and ensures reliability in outdoor or humid environments.
Designed to perform under dynamic loads, the inverted cone structure maintains a tight bond with concrete during earthquakes or vibrations. Tests show it retains 90% of its anchoring strength after 10,000 cycles of seismic simulation, outperforming conventional anchors. This makes it a top choice for seismic brackets, emergency exit systems, and infrastructure in earthquake-prone regions.
The installation process is streamlined, requiring only four steps: drilling (using standard masonry drills), hole cleaning (to remove dust/debris), glue injection (compatible with TEDUN’s epoxy adhesives), and screwing in the anchor. No specialized equipment is needed, reducing on-site labor time by 30% compared to mechanical expansion anchors. This efficiency accelerates project timelines without compromising quality.
Application
Rail Transit: In projects like subway and high - speed rail tunnels, it is applied to anchor key components such as catenary supports and pantograph arms, guaranteeing the stability of the catenary during the operation of high - speed trains. It can also be used for anchoring in - tunnel joint - sealing cover plates and emergency escape platforms.
Building Structures: In structures such as high - rise buildings and bridges, it is used to fix steel - structure components like steel beams and columns, ensuring the overall stability of the steel structure. It can also be applied to the reinforcement and renovation of concrete structures, such as the anchoring of newly - added components and the repair of structural cracks.
Skylight engineering: It can be used to fix the skylight frame and connecting parts, ensuring the stability and safety of the skylight system under various environmental conditions. It is widely applied in skylight projects of high-rise buildings and large commercial buildings.
