Choosing the right aerator depends on several factors: pond area, water depth, stocking density, and cultured species. For standard freshwater fish ponds, an impeller aerator of 0.3-0.5 kW per mu (667 square meters) is usually sufficient. For high-density shrimp farming, 1.0-1.5 kW per mu is recommended. Submersible aerators are best suited for deep ponds, while impeller aerators are suitable for large-area ponds with shallow water. Product selection should take into account the project type, floor height, span, load requirements, and construction method. For conventional building and prefabricated projects, standard-spec reinforcement components and steel supports can be used; for high formwork, large spans, and irregular structures, force calculations should be carried out in advance, and thickened, high-load-capacity models should be selected. Our technical team can provide selection and layout plans based on your drawings. Our technical team can provide customized recommendations based on your specific conditions.

Formwork reinforcement accessories are mainly used to control formwork bulging and ensure cross-sectional dimensions, acting as lateral restraints on the formwork; steel supports bear vertical loads, transfer upper pressure, and control settlement and deformation. The two are used together to form a complete support system, and projects generally purchase them as a set.

Qualified support components meet load-bearing capacity standards and resist deformation. Combined with a reasonable layout plan, they effectively control the risks of formwork blowout, settlement, and lateral displacement. Test reports are available for the products to support supervision inspection and acceptance. At the same time, standardized assembly and disassembly procedures reduce on-site collapse hazards and ensure the safety of construction personnel.

Produced in our own factory, with stable load-bearing capacity and proper rust and corrosion protection; accessories are highly versatile and can be reused many times; simple assembly and disassembly reduce on-site cutting and welding, saving labor; custom non-standard solutions are supported to suit special conditions such as irregular shapes and large spans.

An appearance inspection is required before each turnover use, focusing on deformation, cracking, and weld corrosion. For components used in long-term cycles, it is recommended to conduct a sampling load test every 6–12 months. Components with excessive deformation should be eliminated promptly and must not continue to be used in high-risk areas such as high formwork support.

Yes. We offer various surface treatment options such as spray painting and hot-dip galvanizing. The hot-dip galvanized version provides stronger rust and corrosion resistance, making it suitable for coastal, saline-alkali, and long-term outdoor humid construction sites, reducing the risk of load-bearing capacity degradation caused by corrosion.

Yes. We can customize non-standard steel supports and special reinforcement parts according to drawings, support custom specifications, thickness, and surface finishes, and also offer private-label manufacturing to meet the customization needs of overseas projects and large general contractors.

Steel supports rely on rigid rods to transfer vertical loads and control vertical settlement; formwork reinforcement accessories counteract concrete lateral pressure through tie-rod and locking structures, restraining the formwork from outward deformation. Working together, the two ensure dimensional accuracy of cast components and stability of the support system.

Standard components within the same series have good interchangeability; as long as load and specifications match, they can be reused across buildings and projects. Non-standard custom parts have weak universality and are recommended to be labeled separately and used for specific purposes.

Standard specifications are kept in stock and can be shipped within a short lead time; large-volume orders and non-standard custom parts are delivered according to the production schedule. We support staged and batched delivery in line with the construction progress and coordinate with the site's material intake plan to ease on-site storage pressure.