How to design the buffer system of linkage sliding door to avoid door body impact damage?

Dust-proof sealing structures are required in dusty environments to prevent particles from entering the buffer and affecting performance.

How to optimize the two-way sliding synchronization of a stainless steel track two-way cushioned pocket door (wooden door)?

The door leaf of a two-way sliding door needs to be horizontally aligned using the top adjusting screw or the bottom pulley height adjustment device.

How to avoid jamming in the synchronous transmission mechanism of a linkage sliding door after long-term use?

As the core component of synchronous transmission, the material and structure of the pulley directly affect its service life.

How does the two-way cushioned pocket door's trackless design achieve stable operation and completely solve floor cleaning challenges?

The two-way cushioned pocket door's trackless design not only innovates traditional door structures but also redefines the quality of modern living.

How do damping hinges prevent cabinet doors from accidentally closing due to wind or vibration?

The damping hinge utilizes multiple technologies, including hydraulic cushioning, torque balancing, multi-stage control, and mechanical stoppers.

How does the two-way buffer for suspended doors achieve the ultimate experience of gentle closing and silent opening and closing?

The core of the two-way buffer lies in its built-in high-precision hydraulic damping system. When the door leaf approaches its closing or opening limit, the damper is triggered, and the internal piston begins to move within a sealed oil chamber.