Wall threading is a cornerstone in the realm of architecture, providing critical stability and support. Here's a deeper look into its applications and significance:
Definition and Construction
Wall threading, also known as tension bolts, stands as a vital component in construction, ensuring the securement and support of formwork systems. Traditional wall penetrating wires comprise screws, positioning pieces to regulate wall thickness, and water stop pieces for waterproofing needs. Modern advancements have introduced a sophisticated three-stage structure, which boasts a middle waterproof inner brace to control wall thickness, plastic plug positioning templates at both ends, and turnover screws on either side of the inner brace, allowing for effortless assembly and disassembly.
Specifications
• Diameter: Offered in sizes such as 1.0mm, 1.2mm, 1.5mm, and 2.0mm. Each diameter provides a unique load-bearing capacity, essential for selection based on specific project requirements. Widely used specifications like M12, M14, and M16 are trusted in the construction industry, with larger sizes preferred for towering structures.
• Length: Typically ranges from 50cm to 200cm. Length can be finely tuned through welding or cutting, tailored to fit the wall's thickness and project's demands.
• Material: Available in stainless steel and carbon steel options. Stainless steel is favored for its robust corrosion resistance, while carbon steel is celebrated for its superior strength and cost-effectiveness.
Surface Treatment: Options like galvanizing, spraying, and baking paint significantly bolster anti-corrosion properties and enhance aesthetic appeal.
Characteristic
High Strength: Crafted from high-strength steel through advanced processes like hot rolling and cold drawing, these components boast remarkable tensile strength, enduring substantial pressure without cracking or bending.
Excellent Waterproofing: Ingeniously designed waterstop sheets or structures effectively block water infiltration, preventing mold and moisture buildup in walls. Ideal for high-waterproof-demand areas such as basements.
• Durability that Excels: Enhanced surface treatment grants exceptional weather resistance, repelling UV rays, acid rain, and corrosion, promising an extended lifespan. Cold processing technology further refines mechanical properties, ensuring minimal wear and a high turnover rate.
Purpose
Fixed Template: Navigates through template holes, securing them to walls and columns, preventing unwanted movement or tilting during the concrete pouring process.
Supporting Template: Fits into template slots or holes, distributing and supporting the template's weight, thereby bolstering its strength and stability to endure construction loads.
Connecting Templates: Seamlessly integrates through template plate holes or slots to unite multiple plates into a cohesive system, guaranteeing stability and uniformity. Additionally, facilitates wall-through installations of wires, cables, pipelines, and security equipment across various engineering sectors, including power, communication, HVAC, plumbing, and security.
Precautions for Use
Ensure the through-wall wire adheres to quality and strength standards. Placement and method should align with construction prerequisites and design blueprints. Maintain balanced tension to secure construction safety and integrity.
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