Welded and woven gabions are two common soil stabilization structures used in earthworks. The following will compare the advantages of these two gabions.
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Advantages of welded gabion
Welded gabions have a very strong structure and can withstand greater loads and pressures. Its welding points are very firm, which can ensure the long-term use of the gabion. In addition, welded gabions can better adapt to different terrains and environments, because it can be customized according to needs.
Advantages of woven gabion
Woven gabion has better flexibility and air permeability. Its weave construction allows it to better adapt to changes in terrain while also allowing for better breathability and flow. In addition, woven gabions are faster to install and easier to assemble on site.
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Applicable scene of welded gabion
Welded gabions are suitable for heavy and high load scenarios in earthworks, such as large dams, road works, etc. It can provide higher strength and stability, and can withstand greater pressure and weight.
Applicable scene of woven gabion
Woven gabions are suitable for low-load scenarios, such as river bank protection, landscape engineering, etc. It can provide better flexibility and breathability, while also being able to be assembled and adjusted on-site as needed.
DURA-WELD™ Gabions and mattresses meet ASTM A974-97 requirements with regard to the materials of construction and method of manufacture. ASTM A974-97 also establishes minimum requirements for pre-assembly of the baskets and mattresses for shipping. The steel wire mesh used in constructing a DURA-WELD gabion can be plain steel, stainless steel, galvanized or galvanized and PVC coated. Stainless steel and PVC coated gabions are typically used in applications where greater durability or an environmentally blended appearance is desired.
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