How To Install The Sliding Door Buffer

2023-03-10 Views:1454

Many people will install a buffer on it when installing the sliding door, so that it will not be impacted at the moment of opening and closing, so how to install the sliding door buffer? Let's find out together.

First, make screw holes on the track of the sliding door, then insert the plastic guide of the buffer into the horizontal frame and fix it with screws, then fix the closed mullion and the connected board, and lock them with screws; The guiding firmware is placed on the card position, and then the roller skates for buffering are installed. After installation, the parts and the sliding door can be directly moved.

How to choose the sliding door of the wardrobe

1. According to the style and material of the wardrobe, the decoration style of the wardrobe of different colors and styles will also be different. Now the materials for sliding doors on the market mainly include wooden boards, glass and other special materials. When buying, pay attention to choosing materials according to the style of the wardrobe.

2. The thickness and height of the sliding door plate. If the sliding door is too thick, the gravity will be too large. It is very inconvenient to push and pull. If it is too thin, it is easy to deform and derail. Therefore, it is best to choose a plate with a thickness of 10~12cm. This is more sturdy, try not to buy 8cm or 6cm plates, which are very easy to deform and have low stability.

3. The color and style of the door are best matched with the wardrobe. The style and color are too prominent to reach an agreement, but it will feel very messy.

4. The accessories of the sliding door are mainly tracks and roller skating, although whether it is smooth or not, whether it is wear-resistant and pressure-resistant, this has a great relationship with the track. The roller skating generally uses carbon glass fiber roller skating, which has non-drying balls inside. Easy push and pull is very flexible, and it is not easy to deform under the condition of gravity.