What should I do if the door panel of the flap garage door or factory lift door is damaged?

What should I do if the door panel of the flip garage door or factory lifting door is damaged?

Netizens often send private messages to the backend of the official website of Kunming Haydn Garage Door to inquire. Because they accidentally dented the door panel of the flip garage door or the lifting door of the factory, can you help with door-to-door repairs? The answer is yes, but the after-sales maintenance costs of each electric door manufacturer are different.

For different electric door manufacturers, in addition to the different personalized door panel appearance designs, more importantly, the door panel splicing interface designs are different, so door panels from different manufacturers cannot be seamless. Seam connection. Therefore, if you accidentally break your own flip garage door panel or someone else\’s factory lift door panel, it is recommended to contact the original manufacturer for repair. andMoreover, door panels from the same manufacturer can be replaced partially at will, with the lowest maintenance cost.

If door panel manufacturers of different models come to repair, they will basically recommend replacing all door panels so that they can be maintained The door panels are consistent in appearance. Replacing all door panels is the most expensive repair. For the same manufacturer, the time cost of replacing a door panel is about the same as installing a new electric door, so the labor cost may be more expensive than the door panel. And from the appearance point of view, because different batches of door panels may have color differences, the replaced door panels may be newer and the original door panels may look older.

In view of the fact that one manufacturer has one style on the current market, and many manufacturers have closed their stores due to internal expansion, making after-sales maintenance very inconvenient, so some people asked why the door panels of flip garage doors and factory lifting doors are Can\’t manufacturers make standardized interfaces? Personally, I think there may be some reasons:

First of all, the door panel of the electric door is designed to improve the quality and quality. The structure is relatively complex. The door panel profiles of the flip garage door are basically the same, but we want to design a structure on the unified profile that is not easy to deform and will not fall off, so the door panel embossing is complicatedly folded. The more times it is folded, the better it becomes. It can enhance the thickness of the door panel, so different designs and models may require specific splicing methods to ensure the overall stability, sealing and smooth operation of the door. It is difficult to generalize to form a unified standard.

The second is the place where the door panels are joined together, which is often where screws are used to fix the door panels. This requires high standards and high requirements for screw fixing accuracy in the installation process. In order to ensure the good operation of the door and sealing effect, the splicing requires higher installation accuracy, different There are differences in the craftsmanship and technical capabilities of manufacturers, and it is difficult to unify them into a standard splicing interface. The reason why many door panels can be torn apart by hand is because they are not rolled and folded, so the two iron sheets are only glued together with foam glue. , such door panels have almost no bearing points.

Finally, it is the influence of comprehensive factors such as customization demand and market competition. Nowadays, villa garage door decoration and factory decoration have requirements for wind resistance, fire prevention and insulation, etc., plus customers\’ requirements for the size of the garage door. , appearance, etc. have various personalized needs, which requires manufacturers to adjust the gap size of the splicing interface according to specific conditions to adapt to different situations. Scene. For manufacturers, different manufacturers may use different production technologies and materials, resulting in differences in the design and implementation of splicing interfaces, making it difficult to form universally applicable standards. Moreover, each manufacturer may hope to adopt a unique splicing interface design. To form product differences and highlight their own characteristics and advantages in market competition, they are unwilling to follow unified standards.