TKAHF replaces the Warman AHF pump
Short Description:
Discover why TKAHF is the ultimate choice to replace Warman AHF pump. Learn about its advanced design, high wear resistance, efficiency and air removal capabilities in this comprehensive guide.
Content Details
The TKAHF pump is designed to replace the Warman AHF pump, bringing numerous advantages and improvements.
- Design and Structure
- Casing: The TKAHF pump adopts a double-casing structure. The outer casing is made of high-strength ductile iron, providing robust mechanical strength and stability. The inner casing is lined with wear-resistant and corrosion-resistant materials such as high-chrome alloy or special rubber, which can effectively resist the erosion of froth and viscous slurries, prolonging the service life of the pump.
- Impeller: Its impeller is optimized with a unique flow inducer design. The vanes of the impeller protrude into the intake, similar to the Warman AHF, but with more precise dimensions and surface treatment. This design pre-swirls and smoothes the flow as it enters the pump, reducing turbulence and improving flow efficiency. The impeller is made of high-quality wear-resistant alloy, which can better withstand the impact and friction of froth and viscous slurries with fine particles.
- Shaft Seal: The shaft seal of the TKAHF pump uses a high-performance mechanical seal or packing seal. The mechanical seal is composed of high-quality seal rings, springs and other components, which can provide reliable sealing performance under high-pressure and high-speed conditions, effectively preventing slurry leakage. The packing seal uses wear-resistant packing materials and is equipped with an adjustable gland to ensure good sealing and long service life.
- Performance Advantages
- High Wear Resistance: Thanks to the use of advanced materials and manufacturing processes, the TKAHF pump has excellent wear resistance. When transporting froth and viscous slurries that are prone to cause wear, it can maintain stable performance for a long time, reducing the frequency of impeller and casing replacement.
- High Efficiency: The optimized impeller and flow path design enable the TKAHF pump to have higher hydraulic efficiency than the Warman AHF pump in some cases. It can more effectively convert the energy of the motor into the kinetic energy of the slurry, improving the transportation efficiency and reducing energy consumption.
- Stable Operation: The TKAHF pump is equipped with a high-quality bearing system and a stable drive system. The bearing has high load capacity and low friction, which can reduce vibration and noise during operation and ensure the stable operation of the pump. The drive system adopts advanced transmission components to ensure the reliable transmission of power.
- Functionality
- Air Removal: Similar to the Warman AHF, the TKAHF pump can be equipped with an air removal system. This system can effectively separate and remove the air in the froth, reducing the impact of aerated slurry on the pump's performance and preventing air locking at the impeller eye, thereby ensuring the normal operation of the pump.
- Viscous Slurry Handling: The TKAHF pump is designed to handle viscous slurries with high efficiency. Its large inlet and unique impeller design can smoothly transport viscous slurries with high concentrations, improving the overall efficiency of the process.





