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Embedded Parts

Embedded Parts

As essential components in modern construction, embedded parts are installed during the early phases of a project—securely anchored within concrete or structural elements to provide a durable foundation for curtain walls, equipment supports, piping systems, and more. Fabricated from high-grade steel and engineered with high precision, they offer outstanding mechanical strength and structural reliability. By simplifying the assembly of complex systems, embedded parts help streamline construction workflows. Their concealed installation design eliminates the need for visible fasteners or external brackets, ensuring both structural safety and visual elegance. From commercial buildings and industrial facilities to bridges and large-scale infrastructure, embedded parts play a vital role across a wide range of applications. In modern architecture, they enhance installation efficiency, reduce labor costs, and significantly improve load-bearing performance. As a cornerstone of strength, efficiency, and design flexibility, embedded parts are a key investment in ensuring the long-term safety, stability, and high performance of any building system.

  • Heavy-Duty Embedded Steel Plate

    Heavy-duty embedded steel plates serve as critical structural supports and concealed connection components pre-installed within reinforced concrete structures. Typically fabricated from high-quality carbon structural steel or low-alloy high-strength steel, these plates undergo galvanization and other anti-corrosion treatments to ensure long-term durability. During construction, they are welded or tied to the rebar framework before concrete pouring, becoming permanently integrated with the concrete once cured. These plates provide a stable, load-bearing foundation for attaching structural elements such as curtain walls and steel frames. They help evenly distribute loads, enhance structural safety and stability, and improve construction efficiency. Widely used in industrial plants, high-rise buildings, bridges, subways, and other infrastructure projects, embedded steel plates are essential components for modern construction requiring both strength and functionality. Carbon Structural Steel: Common grades include the Q235 series.Low-Alloy High-Strength Steel: Such as the Q355 series (e.g., Q355B, Q355C)Stainless Steel: Common options include 304 and 316 stainless steel embedded plates.

  • High-Stability Embedded Connectors

    High-stability embedded connectors are essential components widely used in construction, mechanical, and infrastructure projects. These connectors, typically made from high-strength materials such as carbon steel or stainless steel, are pre-installed during concrete pouring or foundational assembly. Through precision manufacturing and surface treatments like galvanization or anti-corrosion coatings, they offer exceptional tensile and shear resistance, along with enhanced bonding strength to concrete and good durability in harsh environments. Scientifically designed for secure anchoring, they form reliable connections with curtain wall frameworks, steel structural members, and various load-bearing elements. Their strong stability enables efficient transfer of loads such as gravity, wind, and seismic forces, ensuring the structural safety and long-term performance of the entire project. Widely applied in high-rise buildings, large-span bridges, and industrial facilities, these connectors provide a robust solution where reliability and structural integrity are critical.

  • High-Compression Embedded Flange Plate

    High-compression-resistance embedded flanges are made of high-strength alloy steel through forging and heat treatment and are pre-embedded into concrete or other substrates during the early stages of foundation construction. Featuring a thickened flange body and precisely arranged bolt holes, they deliver exceptional compressive strength, enabling stable load-bearing from pipelines and equipment under high-pressure conditions. These flanges ensure tight, deformation-resistant connections that effectively prevent medium leakage, making them widely used in petroleum and chemical industries, high-pressure pipeline systems, and heavy equipment installations. They serve as critical embedded components for ensuring the safe and reliable operation of high-pressure engineering systems.