Detailed introduction of rolling shutter door specifications

As a common type of door and window, rolling shutter doors are widely used in commercial, industrial, warehousing and other fields. According to different usage scenarios and needs, rolling shutter doors have a variety of specifications to choose from. The following are the main specifications and features of rolling shutter doors:

1. Material specifications

The material specifications of rolling shutter doors mainly include aluminum alloy, galvanized steel plate, stainless steel, etc. Aluminum alloy rolling shutter doors are light, beautiful, corrosion-resistant, and suitable for indoor and outdoor environments. Galvanized steel plate rolling shutter doors have high strength, fireproof, anti-theft and other characteristics, suitable for commercial and industrial places. Stainless steel rolling shutter doors have excellent corrosion resistance and beauty, suitable for high-end commercial places and special environments.

2. Size specifications

The size specifications of rolling shutter doors vary depending on the place of use. Generally speaking, the width of the rolling shutter door can be customized according to actual needs, up to about 6 meters. The height is limited by the installation conditions and the height of the door opening, and the general maximum height does not exceed 4 meters. In addition, the opening direction of the rolling shutter door can also be selected according to actual needs, including left opening, right opening, top opening, etc.

3. Thickness Specifications

The thickness specifications of rolling shutter doors mainly depend on the material and the place of use. Generally speaking, the thickness of aluminum alloy rolling shutter doors is between 0.8-2.0 mm, the thickness of galvanized steel rolling shutter doors is between 1.0-3.0 mm, and the thickness of stainless steel rolling shutter doors is between 1.0-2.0 mm. The greater the thickness, the higher the strength and durability of the rolling shutter door.

4. Weight Specifications

The weight specifications of rolling shutter doors are related to the material, size and thickness. Generally speaking, aluminum alloy rolling shutter doors are lighter, weighing about 30-50 kg/m2; galvanized steel rolling shutter doors are slightly heavier, weighing about 50-80 kg/m2; stainless steel rolling shutter doors are heavier, weighing about 80-120 kg/m2. It should be noted that excessive weight will affect the opening speed and running stability of the rolling shutter door, so comprehensive considerations should be taken when choosing.

5. Thermal insulation performance specifications

For places that require thermal insulation, rolling shutter doors also have thermal insulation performance specifications. Common insulation materials include polyurethane, rock wool, etc. These materials have good insulation effects and can effectively reduce energy consumption. When choosing insulation materials, it is necessary to choose appropriate materials according to the insulation requirements of the site and the actual environment.

6. Safety performance specifications

The safety performance specifications of rolling shutter doors are also important factors to consider when choosing. Common safety performance specifications include anti-pinch design, infrared sensing, and rebound when encountering resistance. These designs can effectively avoid personal injuries and improve safety in use. When choosing rolling shutter doors, it is recommended to give priority to products with these safety performance specifications.

In summary, the specifications of rolling shutter doors are diverse, and the selection needs to be considered comprehensively according to actual needs and places of use. By understanding the characteristics of different materials, sizes, thicknesses, weights, insulation performance and safety performance specifications, and choosing rolling shutter doors that suit your needs, you can ensure the practicality and aesthetics of doors and windows, while improving safety and comfort in use.