Alloy steel wire mesh stone pocket （Throwing stone net bag）

 A flood-resistant and erosion-proof alloy steel wire mesh stone pocket, shaped like a round pocket, is purely hand-woven and consists of a mesh bottom and a mesh edge. The mesh bottom is surrounded by several concentric circles of steel wires, and the center of the innermost circle is interwoven with several criss-crossing steel wires to form a central mesh bottom. These steel wires extend and interlace with the steel wires of each concentric circle. The number of radially interlaced steel wires gradually increases from the inside out in each concentric circle. The steel wires extend radially outward and intertwine to form hexagonal mesh eyes, which are small inside and large outside, constituting the mesh edge. The diameter of the mesh edge gradually shrinks to form a round pocket shape.

  Alloy steel wire mesh stone pocket （Throwing stone net bag）

   The raw material alloy steel wire used in this product typically has a tensile strength ranging from 1200 to 1400 MPA, with a knot rate of no less than 60%. It boasts strong load-bearing capacity and high flexibility, effectively mitigating the impact of rapid currents, dissipating energy, and decelerating, thereby enhancing the impact resistance of the dike head itself. On the other hand, it can fully compensate for the collapse of the dike foundation, adapt to the deformation of the foundation, and prevent further erosion of the dike foundation by rapid currents. This performance is particularly crucial in dike protection constructed with masonry blocks. It can be made larger, allowing for the installation of larger stones, with more stones installed, facilitating construction, and resisting flood immersion and scouring. The completed dike exhibits strong flood resistance and a long service life.

  raw materials：

 The raw materials used for the alloy steel wire mesh stone pocket include 304 stainless steel alloy steel wire and galvanized alloy steel wire. If it is a one-time project with less strict requirements for corrosion resistance, galvanized alloy steel wire can be used. Projects with strict corrosion resistance requirements require the use of 304 stainless steel wire. 304 stainless steel wire has high wear and corrosion resistance, can be used in harsh natural environments, and can withstand erosion from mud, sand, seawater, and various harmful chemicals, with a long service life.

  Alloy steel wire mesh stone pocket （Throwing stone net bag）

 scope of application： specially designed for water conservancy projects, flood prevention and emergency rescue, reclamation and rock-filling, dam throttling, island and reef hydraulic reclamation, as well as reinforcement and protection of offshore wind turbine pile foundations, underwater bridge piers, and anti-scour channels.

Product schematic diagram