Volume doors can be classified mainly on the basis of materials, drivers and uses. The following are common classifications:
1. Classification by material
1) steel rolling doors
• advantages: steel roll doors are of high strength and durability and apply to places requiring high protection, such as warehouses and factories. The steel is so hard, it has a high level of security against theft and is not easily destroyed。
• disadvantages: heavier, less easy to install and maintain; poor corruption-preservative performance and potential for rust in long-term use。
2) aluminium alloy curtain doors
• advantages: aluminium alloy materials are relatively light and easy to install and operate; they are good for preservation and not easily rusty and apply to wet environments. Appearance, colour and style。
• disadvantages: relative strength and sensitivity to steel rolling doors, suitable for use in low-demand locations, such as commercial pavements。
3) stainless steel roll doors
• advantages: the advantages of stainless steel, combined with steel and aluminium alloys, are both high-intensity and good preservative properties. Applicable to industrial uses and commercial sites that require high protection and durability。
• disadvantages: relatively high prices and high installation and maintenance costs。
4) pvc roll door
• advantages: light weight of pvc materials, good waterproofness and diverse colours. It applies to places where environmental requirements are high, such as food processing plants, pharmaceutical plants, etc。
• shortcomings: poor protections are not suitable for sites with high demand for protection against theft。
The installation and maintenance of the curtain doors require the support of professional knowledge and skills. It is recommended that professional assistance be sought in carrying out related operations. At the same time, regular maintenance and maintenance of the curtain doors ensures their normal operation and extended useful life。
Garage doors are sealed poorly:
** description of phenomenon**: leaks and leaks occurred at the door after the garage door was closed。
** reason analysis**: sealed seals ageing, broken or inappropriately installed。
**maintenance strategy**
- replacement of new seals to ensure good quality and tolerance。
- re-installation of seals to ensure that the doors are seamless and secure。
As the heart of the electric garage door, the garage's power plant has a direct impact on its use experience and performance. In selecting and replacing garage doors, the following factors should be taken into account:
Electric type and power
The choice of the right type of electric power and power is essential depending on the size of the garage doors and the environment in which they are used. In general, direct-flow generators are low-noise, low-energy and suitable for domestic use, while communication machines have the advantage of being smooth, stable and more suitable for commercial or industrial use。
## 2. Performance
Modern garage doors are generally equipped with a wide range of protective features, such as resistance bounces, infrared sensors, manual release devices, etc. In the selection process, emphasis should be placed on these characteristics, ensuring rapid response in emergency situations and safeguarding personnel and vehicles。
Smart control
With the development of intelligent homes, a growing number of garage door generators support smart functions such as remote and voice control of mobile phones. These functions not only enhance accessibility but also are ideal options for modern family and business settings。
##4. Replacement steps
- ** power outage**: first, ensure that the garage door is completely out of power to avoid exposure to electrocution。
- ** dismantling of old electric appliances**: dismantling of old electrical plants in accordance with instructions or professional guidance, with care to preserve the relevant screws and accessories。
-** installation of new generators**: installation of new generators in the opposite order to ensure that all connections are secure。
- ** debugging and testing**: electron debugging following power connection to test the functionality, including automatic opening/off, protection, etc。
