HZS Series Special Concrete Batching Plant for Nuclear Power

Nuclear power concrete is subject to strict quality control throughout the entire process from raw material selection, production, pouring to maintenance to ensure that the quality of concrete meets the standards 100%. Under high-standard management and control, the quality of concrete required for nuclear power engineering construction is relatively high. In addition to strength, impermeability and corrosion resistance, the design requirements also have strict standards and requirements for controlling crack development, concrete durability, mix ratio, etc. Therefore, the overall performance of the mixing equipment, especially the weighing system, mixing capacity, control system, reliability and stability, is more stringent, and the corrosion resistance of the equipment structure is required to be at least 10 years.

In view of the characteristics and requirements of nuclear power concrete, KLSFA has carried out a comprehensive upgrade in the design of the mixing plant, and made corresponding technical adjustments to key components, especially logistics storage, conveying system, weighing system, control system, environmental protection dust collection system, etc., to meet the special requirements of nuclear power concrete.

Advanced mixing mechanism and its core patented technology, energy saving and consumption reduction.

Dual flow movement of materials, strong mixing, efficient mixing.

No material will stick onto the mixing shaft, high wear resistance, and long life.

Continuous spiral blades, high output, producing high performance concrete.

Continuous vortex mixing, strong shear effect, uniform mixing.

Efficient response to large-scale engineering production needs, shortening cycle time.

Additives are weighed separately to meet the mixing requirements of high-strength concrete of different processes.

Corrosion-resistant pipelines to ensure that the pipelines are corrosion-resistant and leak-free.

Large angle weighing bucket, faster and smoother unloading, no residue.

Anti-pull weighing (supporting weighing) system to avoid abnormal loss of powder.

Efficient temporary storage to increase production capacity.

Advanced dust removal technology, energy-saving and efficient.

Recycled powder can be reused to save costs