







The K-plate bolt stands as a quintessential fastener, widely embraced within the bustling construction industry. Below, find an in-depth exploration of the K-plate bolt's attributes and utilities:
1, Definition and Purpose
K-plate bolts, also known as K-plate fixing bolts, are key fasteners in construction, pivotal for securing building templates, particularly aluminum templates, and fine-tuning the horizontal alignment of walls. Typically embedded in floor concrete, these bolts are crucial for anchoring and stabilizing wall panels, thereby guaranteeing precise positioning and steadfast formwork connections. Their widespread application spans structures like exterior walls and elevator shafts, underscoring their indispensable role in maintaining the precision and stability of building frameworks.
Structural Features
1. Straight Slot Design: The K-plate bolts feature a head crafted with straight slots, simplifying the use of screwdrivers or wrenches for efficient tightening and loosening. This innovative design enhances the bolt's flexibility and convenience, proving invaluable in adjusting wall horizontal levels.
2. High Strength Material: Crafted from robust materials such as 45 steel, K-plate bolts exhibit remarkable tensile and shear strength, ensuring durability and resilience to withstand substantial forces.
3. Pre-embedded Design: As pre-embedded components, K-plate bolts need to be securely placed in the floor prior to concrete pouring. This design guarantees a robust bond between bolts and concrete, thereby heightening connection stability.
3, Working Principle
The K-plate bolt operates on a straightforward principle — achieving wall panel fixation and horizontal alignment by coupling the embedded screw portion in the concrete with a nut or bolt hole on the panel. During concrete pouring, these bolts ensure slab support and accurate formwork positioning. Post-pouring, they steadfastly anchor wall panels, thwarting displacement.
4, Precautions for Use
1. Pre-embedded Depth: Design the pre-embedded depth thoughtfully, accounting for wall slab thickness and concrete strength, to ensure a stable connection.
2. Tightening Force: Avoid excessive tightening to prevent damage to wall panels or screw parts. Achieve a moderate force to ensure reliable connections.
3. Inspection and Maintenance: Regular checks on the fastening of K-plate bolts are crucial. Tighten if loose and replace if damaged or deformed to maintain optimal functionality.
5, Advantages and Application Prospects
K-plate bolts boast advantages such as a simple structure, ease of installation, high strength, and excellent stability, making them a staple in the construction sector. Their future looks promising, especially with advancements in construction technology and diverse formwork techniques. In high-rise buildings and large public infrastructure, K-plate bolts are poised to deliver unparalleled performance.
In conclusion, K-plate bolts are a vital class of building fasteners, offering significant technical value and expansive application prospects. Ensuring their performance calls for thoughtful design and adherence to operational standards, thereby cementing their role in delivering stable and reliable connections.