| MOQ: | 1000 pieces |
| Price: | $ 0.9-2.4 |
| Payment Terms: | T/T, PayPal, Xtransfer |
| Supply Ability: | 50000 pieces per day |
Building applications: with inclined and without inclined beam supports. Wholesale and customized manufacturers.
The slanted-beam and non-slanted-beam supports are two new types of supporting components that are suitable for different building scenarios. Both are made using the cold bending one-piece molding process, with the main material being Q235B carbon steel. aluminum alloy, etc. The surfaces are treated with heat-dip galvanizing and electrostatic spraying for corrosion prevention. They are resistant to corrosion and wear, suitable for various complex environments such as indoors and outdoors, and various humid conditions.
The core difference between the two products lies in their structural design: The slanted-beam support adds a slanted supporting beam to form a triangular stable structure, which has extremely strong resistance to lateral displacement and overturning, outstanding load-bearing performance, and can effectively disperse vertical and horizontal loads. It is suitable for scenarios with large spans and heavy loads, such as large air ducts, heavy pipelines, and equipment base supports, significantly enhancing the stability of the supporting system.
The non-slanted-beam support adopts a simple straight beam structure without additional slanted components. The overall shape is compact, the self-weight is lighter, and the occupied space is smaller. Installation is convenient and efficient, without the need for complex assembly, and it is suitable for regular scenarios with moderate spans and uniform loads, such as ordinary pipes, racks, and small equipment supports. It combines convenience and economy, effectively reducing construction costs and space occupation.
Both supports are equipped with dedicated connecting pieces to achieve installation without welding or on-site drilling, allowing for flexible adjustment of length and angle, and adapting to different building structure requirements. They can be flexibly selected based on on-site load, span, and space conditions to provide efficient and reliable support solutions for various buildings.
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