Aluminum-magnesium-manganese panels are widely used in airport terminal buildings, aircraft maintenance depots, stations and large transportation hubs, conference and exhibition centers, stadiums, and residential buildings and other building roofing and wall systems. They have received increasing attention. , So how to choose the right aluminum magnesium manganese plate?

What is the difference between high standing edge and short standing edge in aluminum magnesium manganese plate material?

High standing edges and short standing edges are just some of the names in the industry. Their scientific names should be upright single hem and upright double hem. The rib heights are 65mm and 25mm, and the common models are 400 and 430.

These two types of aluminum-magnesium-manganese alloy plates are also widely used in modern buildings. Let us talk about the main differences between the two.

1.Waterproof

In terms of water resistance, the high-side aluminum-magnesium-manganese board has more advantages, which is determined by the height of the ribs, and the high-side edge bites the rainwater more easily.

2.Aesthetics

Viewed from the outside, the finished short-side aluminum-magnesium-manganese plate is more beautiful than the high-side edge.

3.Use

Under normal circumstances, the use of the two is the same, both are used for roofing, but without special requirements, short-edged aluminum-magnesium-manganese roofing panels are mostly used in private villas, while high-edged aluminum-magnesium-manganese panels Used more in gyms.

4.Economical

In terms of price, the high-side aluminum-magnesium-manganese plate is more expensive than the short-side aluminum-magnesium-manganese plate, which is mainly caused by the different feed widths.

How to choose aluminum magnesium manganese roof panel support?

Here is a formula: T = H-W1-W2 (where T is the height of the support, H is the total height, W1 is the distance from the aluminum-magnesium-manganese roof to the bottom of the support, and W2 is the aluminum-magnesium-manganese roof. Distance to thermal insulation.

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