







Pins and pin plates are essential, nail-like components crafted from durable metals like steel, copper, stainless steel, and aluminum, making them invaluable across an array of industries including construction, furniture, and machinery.
The pin's head is designed broader than its body and comes in diverse shapes like blunt and semi-circular, allowing for easy installation using rubber or iron hammers. The pin piece, a small board with protrusions, is available in versatile shapes such as circular, square, and elongated strips, expertly designed to connect or secure multiple objects together with precision.
In the architectural realm, dowel pins are pivotal in connecting and securing building materials like stone, brick, concrete, and aluminum formwork, creating a seamless and stable structure that enhances the durability of buildings. Particularly within the aluminum template system, the synergy of pins and plates facilitates the rapid connection and stabilization of aluminum templates, epitomizing a crucial fastener in modern construction methods. Furthermore, pins and clips serve to construct door and window frames or stabilize other wooden products, showcasing their versatility.
Within the furniture industry, dowels are indispensable for joining various furniture components such as bed frames, chairs, and sofas. Pin pieces are utilized in the precise installation of drawer slides and the secure connection of furniture panels, enhancing both function and aesthetics.
In machinery, dowels are vital for the secure connection and stabilization of mechanical parts like drive shafts, exhaust pipes, and hydraulic cylinders. Sales chips find extensive application in the manufacturing of transportation vehicles—cars, airplanes, trains—perfectly connecting and stabilizing various components, ensuring safety and performance.
In essence, dowel pins, though small, are pivotal components across numerous fields, offering multifaceted functions such as connection, fixation, and both assembly and disassembly, reinforcing their indispensability in modern engineering and manufacturing.