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In the paper industry, the transportation of pulp requires pumps to be able to handle pulp with high concentration, high viscosity, and containing solid particles, while ensuring the continuity and stability of the transportation process.
High concentration pulp transportation: Non clogging pulp pumps can efficiently transport high concentration pulp, avoiding the problem of traditional pulp pumps being prone to clogging and improving production efficiency. White water recycling system: In the papermaking production process, the recycling and reuse of white water is an important link in conserving resources. A non clogging pulp pump can stably and efficiently transport white water containing fibers and solid particles, improving the efficiency of the recycling system.
The non clogging pulp pump achieves non clogging conveying effect by optimizing the impeller and flow channel design.
Open or semi open impeller: reduces pulp adhesion and lowers the risk of blockage.
Wide channel design: reduces pulp retention and accumulation, ensuring smooth transportation.
High strength wear-resistant material: improves the wear resistance of the pump body and extends its service life.
Optimize sealing structure: prevent pulp leakage, improve work efficiency and reliability.
Reduce energy consumption: Optimizing design reduces energy loss, lowers energy consumption, and saves production costs.
Extending equipment lifespan: High strength wear-resistant materials improve the wear resistance of the pump body, prolong the service life of the equipment, and reduce maintenance costs.
Improving the working environment: The non-clogging design reduces equipment maintenance and cleaning work, improves the working environment for workers, and enhances work efficiency and safety.
In the paper industry, the transportation of pulp requires pumps to be able to handle pulp with high concentration, high viscosity, and containing solid particles, while ensuring the continuity and stability of the transportation process.
High concentration pulp transportation: Non clogging pulp pumps can efficiently transport high concentration pulp, avoiding the problem of traditional pulp pumps being prone to clogging and improving production efficiency. White water recycling system: In the papermaking production process, the recycling and reuse of white water is an important link in conserving resources. A non clogging pulp pump can stably and efficiently transport white water containing fibers and solid particles, improving the efficiency of the recycling system.
The non clogging pulp pump achieves non clogging conveying effect by optimizing the impeller and flow channel design.
Open or semi open impeller: reduces pulp adhesion and lowers the risk of blockage.
Wide channel design: reduces pulp retention and accumulation, ensuring smooth transportation.
High strength wear-resistant material: improves the wear resistance of the pump body and extends its service life.
Optimize sealing structure: prevent pulp leakage, improve work efficiency and reliability.
Reduce energy consumption: Optimizing design reduces energy loss, lowers energy consumption, and saves production costs.
Extending equipment lifespan: High strength wear-resistant materials improve the wear resistance of the pump body, prolong the service life of the equipment, and reduce maintenance costs.
Improving the working environment: The non-clogging design reduces equipment maintenance and cleaning work, improves the working environment for workers, and enhances work efficiency and safety.
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