1.Design of structure

Utilizing a continuously variable helical blade structure and a reasonable blade wrap angle, along with modeling, simulation, and optimization using simulation software, the hydraulic performance of the pump exhibits the following characteristics.

The use of a continuously variable helical blade structure and a reasonable blade wrap angle, optimized through simulation software. The hydraulic performance of the pump is characterized by high energy exchange efficiency between the blades and the medium, resulting in high pump efficiency. The load on the blades is uniform, leading to minimal impeller wear and low noise. The biomimetic volute casing design contributes to low turbulence inside the casing, minimizing wear and reducing energy loss.

2.Wear-resistant materials

Our company has developed rubber and polyurethane materials specifically for slurry pump conditions. The wearing parts not only exhibit excellent wear resistance but also demonstrate good corrosion and erosion resistance.

3.Other features

The internal structure is designed rationally, unaffected by slurry impact, and is non-blocking, making it applicable in various working conditions.

Large diameter, low-speed wear-resistant and corrosion-resistant materials.

Interchangeable elastic bodies or metal liners, with good elasticity to absorb and cushion the impact force of the slurry.Advantages include smooth operation, energy efficiency, low noise, low  cost, high efficiency, easy maintenance, and durability.Applicability in various working conditions.