







In the captivating realm of architecture, wall threading emerges as an indispensable technique. Allow us to delve into this essential innovation:
Definition and Construction
Wall threading, often referred to as tension bolts, plays a pivotal role in modern building construction by securing and reinforcing formwork systems. Traditional wall penetrating wires consist of screws, strategic positioning pieces that dictate wall thickness, and waterproofing elements known as water stop pieces. A progressive three-stage structure now features an interior waterproof brace to govern wall thickness, complemented by plastic plug templates at each end and turnover screws that effortlessly attach to both ends of the inner brace, facilitating easy assembly and disassembly.
Specifications
• Diameter: Versatile options like 1.0mm, 1.2mm, 1.5mm, and 2.0mm cater to varying load-bearing requirements, allowing selection based on specific project demands. In the realm of construction, M12, M14, and M16 are prevalent, with larger specifications necessary for towering structures.
• Length: Typically ranging from 50-200cm, these can be customized through welding or cutting to accommodate wall thickness and project-specific needs.
• Material: Options include robust stainless steel, prized for its corrosion resistance, and cost-effective carbon steel, noted for its superior strength.
Surface treatment: Techniques such as galvanizing, spraying, and baking paint not only bolster anti-corrosion properties but also enhance aesthetic appeal.
Characteristics
High strength: Crafted from high-strength steel using advanced hot rolling and cold drawing processes, these fasteners offer remarkable tensile strength, adeptly withstanding external pressures while resisting fracture and deformation.
Good waterproof performance: Ingeniously designed waterstop sheets or structures effectively thwart water penetration, safeguarding against wall mold and moisture, making them ideal for high-waterproof-demand areas like basements.
• Excellent durability: The sophisticated surface treatment process endows enhanced weather resistance, protecting against UV rays, acid rain, and other erosive elements, ensuring a lengthy service life. Coupled with cold processing technology, the mechanical properties are refined, offering minimal wear and a high turnover rate.
Purpose
Fixed template: Seamlessly traverse template holes, anchoring templates to structural elements such as walls and columns, thereby preventing unwanted shifts or tilting during concrete pouring.
Supporting template: Insert into template slots or holes to distribute and bear the template's weight, augmenting its strength and stability, and enabling it to endure construction loads.
Connecting templates: Skillfully pass through template plate holes or slots to firmly unite multiple plates into a cohesive whole, ensuring system stability and consistency. Additionally, they serve for wall penetrations involving wires, cables, pipelines, security apparatus, etc., across diverse engineering disciplines like power, communication, HVAC, plumbing, and security.
Precautions for Use
Ensure the through-wall wire's quality and strength adhere to standards. The fixing position and method should align with construction requirements and design plans, maintaining moderate tension to guarantee safety and quality in construction.