End Cutting Chipboard Screw

Dazhe’s China End Cutting Chipboard Screw are heat-treated fasteners primarily designed for connecting and fastening wooden boards to each other as well as to thin steel plates. This screws adopt a fully threaded design, with diameter specifications ranging from 3 mm to 6 mm. Among these, the commonly used sizes are 3 mm, 3.5 mm, 4 mm, 4.5 mm, 5 mm and 6 mm.

Compared with drywall screws, Chipboard screws feature a wider range of diameter options and a full-thread structure, and can largely replace traditional wood screws in application. Their compatibility with power tools enhances construction efficiency.

Product Function

The function of the End Cutting Chipboard Screw is to achieve precise and stable connection between the paperboard and various substrates, and it is also suitable for various lightweight board assembly scenarios, providing a reliable solution for the splicing and fixation of thin materials. The special cutting structure at the end of the screw can easily penetrate the surface and internal fibers of the paperboard, reducing tearing damage to the paperboard during tightening and ensuring the integrity of the connection area, avoiding damage to the substrate caused by the fixation operation.

This type of screw can effectively connect paperboard with wooden lining boards, lightweight metal supports and other different material components, facilitating the assembly and formation of various packaging boxes, display stands, and simple storage devices, and enhancing the overall strength and load-bearing stability of such lightweight structures. Compared to ordinary fasteners, its characteristic of being suitable for thin materials can reduce the operational difficulty during assembly, eliminating the need for additional pre-processing of the base material for drilling holes, and directly achieving quick positioning and fixation, significantly shortening the assembly cycle.

In practical applications, it can also enhance the displacement resistance of the cardboard structure. Whether it is a static packaging box or a simple facility used with light dynamic movement, its stable connection effect can reduce the occurrence of component loosening and misalignment, thereby extending the service life of related products. At the same time, its feature of being compatible with small electric tools can further improve the operation efficiency in batch assembly scenarios, and meet the assembly requirements of lightweight components in industrial production.