KDX Series Slurry Pump
The KDX series slurry pump is a new generation slurry pump developed by our company based on market demand and absorbing the advantages of similar products at home and abroad. This series of pumps adopts excellent hydraulic model design, efficient and energy-saving, with a single shell structure design, making the pump more compact and easier to maintain. Its various performance indicators are at the advanced level in China. It can be widely used in industries such as power, metallurgy, coal, and building materials to transport abrasive or corrosive slurries containing solid particles.
KDX Series A New Generation of Efficient Slurry Pump
High efficiency, high performance
Simple structure and convenient maintenance
High wear-resistant material with long service life
Large bracket, oil bath lubrication, high operational reliability
- Working conditions
- Model Meaning
- Type of shaft seal
- Scope of complete supply
Weight concentration: ≤ 60%
Medium temperature: ≤ 110 ° C
Flow range: 5-3000m */h
Head range: 3-90m
The KDX series single shell slurry pump can adopt multiple types of shaft seals:
▲ Packing seal
Suitable for various working conditions of pump operation, the standard configuration is ramie packing
▲ Combination seal of auxiliary impeller and packing
The conventional shaft seal form utilizes the pressure seal generated by the impeller and the series connected auxiliary impeller, and the packing is used as the parking seal.
▲ Mechanical seal
Adopting internationally leading sealing technology for leak free sealing effect, with a containerized structure, easy installation and replacement, different structural types can adapt to different working conditions. The friction pair is made of hard alloy material, and the design of the mechanical seal and sealing box conforms to the flow state of the medium, so it has high wear resistance and seismic resistance, and can ensure satisfactory sealing effect under various harsh conditions.
- Pump.
- Motor.
- Base and foundation bolts.
- Couplings and coupling guards.
- Spare parts (as specified in the contract according to user needs).
This series of slurry pumps, also known as lightweight slurry pumps, are small in size and light in weight, suitable for conveying fine particles, low concentration or high concentration, low abrasive slurry. Their typical application areas include:
Pump for slag flushing system in steel plant and pump for alumina process flow;
Pump for conveying medium and sludge in coal washing plant.
▲Computer optimized hydraulic model, two-phase flow theory design, high pump efficiency, energy saving and consumption reduction.
▲ The overcurrent components are made of all metal high hardness wear-resistant and corrosion-resistant white cast iron, with mature casting technology and long service life.
▲ All metal pumps overcome the disadvantages of non-metallic pump liners that are prone to detachment, tearing, deformation, etc., and have high operational reliability.
▲ The overcurrent components have high tensile strength and can maintain constant hydraulic performance under long-term erosion conditions.
- The KDX series slurry pump adopts a horizontal, single-stage single suction cantilever structure.
- Single shell structure design, small volume, light weight, simple structure, and convenient disassembly and assembly.
- The bracket adopts the design concept of large bracket and large capacity fuel tank, with high stability and reliability.
The pump shaft has a large diameter, good rigidity, and a short cantilever, ensuring that the pump can operate normally under harsh conditions.
The bearings are lubricated with thin oil and equipped with a water cooling system, which improves the working conditions of the bearings and extends their service life.
- The rotor components can be axially adjusted to ensure stable pump performance.
- Designed with a disassembly ring for easy disassembly of the impeller.
- The motor and pump are connected by an elastic sleeve pin coupling, ensuring high operational reliability.
When placing an order, the user should provide the required flow rate, head, density of the medium, temperature, acidity and alkalinity, weight concentration, maximum particle size of solid particles, etc.
If there are special requirements for the prime mover, the user should explain the on-site conditions.