Efficient and energy-saving (streamlined scientific design, higher efficiency, and possessing the first level energy efficiency qualification issued by the China Energy Efficiency Standardization Research Institute). The impeller is designed and manufactured based on the principle of ternary flow, and the fan is produced by laser cutting machine and processed through molds such as bending machine and spinning machine

1. No gas leakage (We have adopted a special seal at the sealing part of the fan to ensure no gas leakage.)

2. High temperature resistance (Our fan can withstand temperatures up to 1100 degrees and is suitable for conveying high-temperature gases.)

3. High efficiency and energy saving (With a streamlined scientific design, it has higher efficiency. Moreover, we have the first-level energy efficiency qualification.)

4. Explosion-proof (Our fan can be used to convey flammable and explosive gases such as carbon monoxide, natural gas, and methane. We also have an explosion-proof certificate.)

5. Wear resistance (According to the user's requirements, we can choose different wear-resistant plate materials for welding. The fan can be used to convey particles or materials.)

6. Smooth operation (The fan impeller is leveled with a 5-ton hydraulic press to keep the front and rear discs in a straight line during operation. It is also corrected with a 20-ton high-precision dynamic balancing device to keep the vibration value below the G4 standard. After the dynamic balancing correction, the impeller operates more stably.)

7. Low noise (The scientific and reasonable helical line design and the fan casing made by a double-axis spinning machine, which has been corrected, make the gas flow more smoothly inside the casing.)

8. Longer service life (Our equipment has thicker plate thickness than that of the same industry. The factory inspection is strict and complete. All bearings are from first-class brands, and all motors are brand-new pure copper motors.)

9. Corrosion resistance (According to the gas composition of the user, we can choose different materials, such as stainless steel (304-316L-2205-310S), fiberglass reinforced plastic, plastic, PP, PEPO, polytetrafluoroethylene, steel lined natural rubber, steel lined nitrile rubber, steel lined PP, titanium alloy (TA2~9), Monel alloy, Hastelloy, etc.)

1. Efficient blade aerodynamic design: Our turbine rotors feature high aerodynamic efficiency at high speeds, with minimal flow losses, especially for the long blades in the last stage, which operate stably in transonic or supersonic, wet steam regions. During rotor production, we reduce end losses (blade tip clearance leakage losses), enhance adaptability to variable operating conditions, and suppress aerodynamic instability phenomena such as flutter.

2. High thermal cycle efficiency: We strike a balance among materials, costs, and reliability; develop new efficient cycles (such as supercritical CO2 cycles); and optimize the thermal system integration to reduce system losses (such as pipeline pressure drop and heat exchange temperature difference). This further improves the Rankine cycle efficiency.

3. Reliable sealing technology: We have various advanced sealing structures (such as honeycomb seals, brush seals, and optimized labyrinth seals).

Effective reduction of steam leakage between stages and at the shaft ends (preventing steam leakage and air ingress into the condenser) is key to improving efficiency. However, in high-temperature, high-pressure, and high-speed conditions, controlling the clearance between moving and stationary parts is extremely challenging. We must ensure sealing while avoiding contact between the parts. We have extensive production experience and solutions in this area.

4. Ultra-high precision manufacturing and assembly: As steam turbines are precision machinery, they have extremely high requirements for dynamic balance, blade profile accuracy, clearance control, and alignment. The processing, heat treatment, and assembly of large components (such as rotors and cylinders) are complex, and any minor deviation can lead to efficiency reduction or vibration issues. We have high-precision processing and measurement technologies (such as five-axis machining and laser measurement); control the deformation of large components during processing and heat treatment; ensure precise alignment during on-site installation; and achieve micron-level dynamic balance accuracy.

The company currently holds the CE certification from the European Union. ATEX International explosion-proof certification. ISO9001 Quality certification. Environmental Quality Management System certification. First-level energy efficiency and energy-saving certification. Dust explosion-proof.BT4/CT4 explosion-proof certification. Origin certification. Core patent certification. And multiple qualifications