Building Sheet Metal Embedded Parts

Load Transfer
- Bear dynamic loads such as curtain wall wind pressure and seismic force to ensure the stability of the building structure.
- Connect the steel structure to the concrete foundation to achieve force balance and avoid later installation deviations.

Precise Positioning
- Control the installation accuracy (±3mm error range) during the pre-embedded stage to provide a rapid alignment basis for subsequent equipment/components.
- The reserved adjustment slot design allows ±15mm position correction to adapt to construction errors.

Durability Guarantee
- The surface adopts hot-dip galvanizing (80-120μm) or epoxy spraying process to prevent alkaline corrosion of concrete.
- The seismic design meets the building's 50-year service life requirements and passes the 2000-hour salt spray test (ASTM B117 standard).

Material and Process Advantages
- Laser cutting accuracy reaches ±0.1mm, and bending angle tolerance is ±1°.
- Supports M12-M30 bolt specifications and is compatible with international general accessories.

Functional Design
- Provides various forms such as open-hole, slot, and welded types, suitable for scenes such as curtain wall units and pipe supports.
- Modular structural design supports rapid disassembly and remanufacturing

Manufacturing Capabilities
- Monthly production capacity of more than 500,000 pieces, material utilization rate of 92%
- Achieve global 72-hour emergency order response

Quality Assurance
- Vernier caliper detection ensures hole position accuracy, and 100% full inspection of coating uniformity.

Building Curtain Wall: Unitized glass curtain wall slot embedded parts need to withstand high-frequency wind pressure and temperature deformation.

Bridge Engineering: anchor plates for anti-falling beam limit devices, requiring fatigue resistance and impact resistance.

Industrial Plants: embedded bolt groups for the track base, which need to ensure long-term load-bearing stability.

Rail Transit: embedded flanges for contact network pillars, adapted to high-frequency vibration environments.