Technical Information

Rotor pumps, relying on their unique working principle, can efficiently transport various high-viscosity and particle-laden media. However, during actual operation, rotor pumps inevitably encounter some issues. Understanding these problems and their corresponding solutions can effectively help address...

When industrial fluid transportation faces the dual challenges of energy costs and equipment stability, the rotary lobe pump, with its "hardcore strength" of high efficiency and energy conservation and its rock-solid stable performance, has become a crucial tool for enterprises to reduce costs, increase efficiency, and optimize production. What exactly are the secrets behind it?

In the modern industrial production system, rotor pumps and screw pumps, as typical representatives of positive displacement pumps, are widely used in industries such as chemical engineering, food, and pharmaceuticals due to their characteristics of being able to convey high-viscosity media and having relatively high delivery pressures. However, there are significant differences between the two in terms of structural design, performance, and maintenance costs, and these differences directly affect their applicability under different working conditions...

In the precise stage of modern industrial production, the emulsifying pump is like a magical "molecular magician", quietly changing the form and quality of countless products. From the cream and chocolates we consume daily, to skincare and beauty products, and even pharmaceutical preparations, the emulsifying pump has become an indispensable key device in numerous industries due to its outstanding performance...

In the field of industrial fluid transfer, resin pumps are revolutionizing technology as "high-precision hearts." These specialized pumps, designed for high-viscosity and corrosive resins, feature core components made from 316L stainless steel or nickel-based alloys. Through precision machining techniques, they achieve a flow accuracy control of 0.1%, far surpassing the performance of traditional gear pumps...

Two rotors installed on two shafts are driven to rotate in opposite directions by synchronous gears. A small sealed cavity is formed between the rotor and the pump casing. When the rotor rotates, the air at the inlet end is discharged to form a vacuum, and the material is sucked in. The material filled in the cavity is continuously pushed from the inlet end to the outlet end by the rotating rotor, thereby achieving continuous operation of the pump.....