







In the realm of architectural marvels, wall threading stands as a pivotal element. Allow us to unveil its essence:
Definition and Construction
Wall threading, often referred to as tension bolts, serves as a crucial building block in modern construction, anchoring and stabilizing formwork systems. The traditional incarnation of these through-wall wires comprises screws, positioning components to dictate wall thickness, and water stop pieces to meet waterproofing standards. A more advanced three-phase structure now exists, featuring a central waterproof inner brace for thickness control, with plastic plug positioning templates and turnover screws at both ends for seamless assembly and disassembly.
Specifications
• Diameter: Standard options include 1.0mm, 1.2mm, 1.5mm, and 2.0mm, each offering distinct load-bearing strengths tailored to specific needs. M12, M14, M16, and other specifications dominate construction usage, while grander specifications cater to towering walls.
• Length: Spanning a flexible range from 50cm to 200cm, these can be tailored through welding or cutting to align with wall thickness and specific requirements.
• Material: Frequently crafted from durable stainless steel or cost-efficient carbon steel. Stainless steel boasts excellent corrosion resistance, whereas carbon steel offers superior strength at a more economical price.
Surface Treatment: Options such as galvanizing, spraying, and baking paint elevate both the corrosion resistance and aesthetic appeal.
Characteristic
High Strength: Forged from high-strength steel and enhanced through hot rolling and cold drawing processes, it delivers exceptional tensile strength, adeptly withstanding substantial external forces without succumbing to fracture or deformation.
Good Waterproof Performance: Ingeniously designed waterstop sheets or structures efficiently thwart water ingress, preserving walls from dampness and mold. Ideal for waterproof-intensive areas like basements.
• Outstanding Durability: Advanced surface treatments bolster weather resistance, shielding against UV damage, acid rain, and other erosive elements. Cold processing technology further amplifies material strength, ensuring minimal wear and a high turnover rate.
Purpose
Fixed Template: Guides through template apertures and secures them to structures such as walls and columns, averting any movement or tilt during concrete pouring.
Supporting Template: Engages with template slots or holes to distribute and uphold template weight, enhancing overall strength and stability to withstand construction loads.
Connecting Templates: Traverses through template plate openings to securely unify multiple plates, guaranteeing system stability and uniformity. Additionally, it is adaptable for through-wall installations involving wires, cables, pipelines, and security components in power, communications, HVAC, plumbing, and security projects.
Precautions for Use
Ensure that wall wire quality and strength align with standards. Determine fixing positions and methods per construction requirements and design plans, maintaining moderate tension to uphold construction safety and quality.