Explosion proof door manufacturers share the basic parameters of cast aluminum explosion proof doors

Cast aluminum explosion-proof doors are increasingly being used by consumers, so many manufacturers are starting to produce cast aluminum explosion-proof doors. However, there are not many companies with production qualifications for explosion-proof door manufacturers. Next, let's take a look at the basic parameters of cast aluminum doors with the manufacturer of cast aluminum doors.

Basic parameters of cast aluminum explosion-proof doors

The structural process of cast aluminum explosion-proof doors is the same as that of cast aluminum doors, both of which are made of cast aluminum plates and superior door core structures, and are spliced through a series of processes.

Thickness of cast aluminum plate: 8MM --30MM. Generally speaking, cast aluminum explosion-proof doors can choose to have cast aluminum plates on both sides.

Door core: A four layer armored door core structure with built-in aviation aluminum platinum, equivalent to a regular anti-theft door.

Hinge: High configuration three-dimensional heavy-duty bearing angle chain, gold-plated precision cast explosion-proof spring. The angle chain of the high-end cast aluminum door is a stainless steel precision cast three-dimensional heavy-duty load-bearing hinge. The load-bearing capacity of a single angle chain is 280KG, with zero loss after 500000 opening and closing tests, equivalent to 15 times a day and 90 years of no damage. It is currently a strong load-bearing hinge on the market. Anti riot Quan ultra wide and ultra thick gold plated high configuration anti riot Quan.

Gate frame: SECC gate frame with a thickness of 2.0MM, also known as electrolytic plate, is a special hot-dip galvanized material with twice the hardness of ordinary galvanized plate, which is related to the anti-corrosion ability of stainless steel.

Painting process: 220 car baking process, conventional car baking temperature is 160-180 degrees, which is because cars are generally made of iron and have active chemical properties. Aluminum has stronger inertness, and to achieve the same adhesion as paint, a higher temperature is required, with a standard of 200-230. And we chose 220 degrees, and the baking paint is not as low as possible, nor is it as high as possible. The temperature within the standard value is the best adhesion!

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