







Introducing the Revolutionary K-Plate Bolt: A staple fastener transforming the construction industry. Here's an in-depth look at the remarkable K-plate bolt and its outstanding features:
1. Definition and Purpose
K-plate bolts, or K-plate fixing bolts, are indispensable fasteners designed to secure building templates, especially aluminum ones, and adjust wall alignment with precision. These bolts are embedded into floor concrete to firmly anchor wall panels, guaranteeing precise positioning and robust connections. Their application is crucial in structures like exterior walls and elevator shafts, where maintaining structural accuracy and stability is paramount.
Structural Features
1. Ingenious Straight Slot Design: The head of K-plate bolts features an efficient straight slot design, allowing effortless use of screwdrivers or wrenches for seamless tightening and loosening. This enhances flexibility and ease in adjusting wall horizontal levels.
2. Robust High-Strength Material: Crafted from high-grade steel, such as 45 steel, K-plate bolts are engineered to endure substantial tensile and shear forces, ensuring unmatched durability.
3. Innovative Pre-Embedded Design: These bolts are pre-embedded components, necessitating pre-installation in floors before concrete is poured. This design ensures a firm bond between the bolts and concrete, significantly enhancing connection stability.
3. Working Principle
The principle behind K-plate bolts is elegantly simple yet highly effective. By engaging the embedded screw portion with the corresponding nut or bolt holes on the wall panel, they enable secure fixation and horizontal adjustment. During concrete pouring, these bolts support and position the wall slab with precision, safeguarding formwork accuracy. Upon completion, they steadfastly fix the wall panel, preventing any displacement.
4. Precautions for Use
1. Optimal Pre-Embedded Depth: Design the pre-embedded depth of K-plate bolts carefully, considering wall slab thickness and concrete strength, to ensure connection stability.
2. Controlled Tightening Force: Avoid excessive force when tightening to prevent damage to wall panels or screw components. Apply moderate force for reliable connections.
3. Routine Inspection and Maintenance: Regularly check the fastening of K-plate bolts, and promptly tighten any loose bolts. Also, monitor for damage or deformation, replacing faulty bolts to maintain structural integrity.
5. Advantages and Application Prospects
K-plate bolts boast a straightforward structure, ease of installation, superior strength, and excellent stability, making them a cornerstone in construction. As construction technology evolves and formwork methods diversify, the demand for K-plate bolts will soar. They will be pivotal in high-rise buildings, large public edifices, and beyond.
In conclusion, K-plate bolts are vital building fasteners with vast potential and immense technical importance. Ensuring their stability and reliability depends on meticulous design and standardized operation.