Product Instruction

The stator is typically made of metal and is lined with a layer of rubber or other insulating material.

Improved temperature resistance, tensile performance, and corrosion resistance are also important factors in ensuring the efficient and reliable operation of the screw pump under severe conditions.

Alloy steel is a common material used for the rotor and stator parts of the pump. It is a strong and durable material that can withstand high temperatures and pressures.

Alloy steel also has good corrosion resistance, which is important when pumping corrosive fluids.

YC001-02.1-1

Rotor:Ф28.75×340 mm

Stator: Ф60×295 mm

YC001-02.1-4

Rotor:Ф28.75×195 mm

Stator: Ф58×200 mm

YC001-02.1-5

Rotor:Ф30.15 ×240 mm

Stator: Ф58×200 mm

Detail

Rotor

Design: The rotor is designed to ensure that it can move the mortar through the pump effectively. The design of the rotor ensures that it can create a smooth, consistent flow of material without causing any blockages or interruptions.

Reduced replacement frequency and cost: Thanks to its robust design and wear-resistant material, the rotor can significantly reduce the frequency of replacements required, which in turn helps reduce the cost of maintenance and operation.

Stator:

Material: The stator is also made of a high-quality material that is resistant to wear and tear. This material is chosen to ensure that the stator can operate for an extended period without requiring replacement.

Design: The stator is designed to create a tight seal around the rotor, which is necessary for the pump to operate correctly. The design of the stator ensures that it can maintain this seal even when subjected to high pressures and harsh conditions.

Apllacation

It is specifically designed for pumping and spraying materials such as paint, plaster, texture, and other similar materials.

The rotor and stator is the heart of the spraying machine and plays a critical role in ensuring accurate and consistent material flow.

The strong and wear-resistant material of the rotor reduces the frequency of replacements, reducing costs and downtime.

Production and Packing

Specific material and heat treatment processes used on rotor production. By using these methods, the resulting screw rotors are harder, tougher, and stronger, with better surface finish, higher hardness, and improved resistance to wear and corrosion. This ultimately leads to a longer overall service life for the screw rotor, with some products lasting 2-3 times longer than ordinary ones on the market.

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