Products

Product structure: The rebounder is made of POM polyformaldehyde compression molded products. The overall structure is simple. It is composed of plastic, spring and magnet. The thickened material has strong wear resistance. The spring is made of high-quality spring and has good elasticity.
The design of the rebounder is to push the rebounder core out of the rebounder housing through the pushing spring, and push the cabinet door through the end of the adjusting sleeve to open the cabinet door; when the cabinet door is closed, the rebounder core is pushed to retract and rebound. The rebounder housing is hooked through the control rod to the buckle, so that the rebounder core is limited in the rebounder housing and the cabinet door is kept closed. This design is not only flexible and convenient to use, but also ensures that the rebounder can be installed in place at one time by adjusting the extension length of the rebounder core to adapt to cabinet doors with different door gap sizes.

Product structure: The new concealed built-in rebounder is made of selected POM polyformaldehyde. It is integrated with high-quality materials. Engineering plastics have excellent heat and weather resistance. The interior of the rebounder is mainly composed of springs, iron hooks, magnetic heads, and glue. The head is combined and can be fine-tuned 4mm for easy installation.

The shell of the aluminum cabinet door rebound device is formed by die casting of aluminum raw materials. The aluminum material is lightweight, durable, high-strength, not easy to corrode or fade, and has a tight structure and convenient installation. The internal rubber core of the rebound device is mainly composed of springs, iron hooks, magnetic heads, and plastic sleeves. The plastic part of it is made of high-performance engineering plastic - polyoxymethylene (POM) compression molding, which makes the rebound device have good lubrication, wear resistance, rigidity, and dimensional stability.

The straightener is made of space aluminum through die-casting processing, with a striped design that is more textured and simple, fashionable overall. The thickening process is not easy to deform, and the grip feels thick. The anodizing process and mature processing technology are corrosion-resistant and do not fade. One model is slotted without buried edges, while the other model is installed with buried edges after slotting.