







Wall threading plays a pivotal role in the dynamic world of architecture. Let us delve into its intricacies and explore its significance:
Definition and Construction
Wall threading, often referred to as tension bolts, is a critical element in construction. It secures and reinforces formwork systems with precision. Traditional wall-penetrating wires typically include screws, positioning elements to regulate wall thickness, and water stop pieces for waterproofing needs. The innovative three-stage structure now features a middle waterproof inner brace that maintains wall thickness, plastic plug positioning templates at both ends, and turnover screws at both ends of the inner brace, simplifying installation and removal.
Specifications
• Diameter: Options range from 1.0mm to 2.0mm, each offering different load capacities to suit specific requirements. M12, M14, M16, and other sizes are prevalent in construction, where larger diameters cater to taller structures.
• Length: Typically spanning 50-200cm, these can be customized through welding or cutting to match wall thickness and project demands.
• Material: Choices include stainless steel, known for its exceptional corrosion resistance, and carbon steel, valued for its high strength and cost-effectiveness.
Surface treatment: Techniques like galvanizing, spraying, and baking paint bolster corrosion resistance and elevate aesthetic appeal.
Characteristic
High strength: Crafted from high-strength steel and processed through hot rolling and cold drawing, these components boast impressive tensile strength, enduring significant external pressures with minimal risk of fracture or distortion.
Good waterproof performance: Ingenious waterstop sheets or structures effectively deter water intrusion, prevent mold and dampness, and excel in waterproofing, especially in basements.
• Excellent durability: Enhanced by advanced surface treatments, these components resist UV rays, acid rain, and other erosive elements, ensuring a prolonged lifespan. Cold processing technology partially amplifies material mechanical properties, resulting in low wear and high turnover efficiency.
Purpose
Fixed template: Securely pass through template apertures to anchor templates to structural elements such as walls and columns, preventing displacement or tilting during concrete pouring.
Supporting template: Slot into template openings to distribute and support the template's weight, enhancing its strength and stability to bear construction loads effectively.
Connecting templates: Seamlessly pass through template holes or slots to unite multiple template plates, ensuring the stability and uniformity of the template system. Additionally, it serves various engineering projects, enabling wall-through installation of wires, cables, pipelines, security equipment, and more in power, communication, HVAC, plumbing, and security sectors.
Precautions for Use
Ensure that the quality and strength of the through-wall wire align with standards. Determine the fixing position and method based on construction requirements and design plans, maintaining moderate tension to uphold construction safety and quality.