Introduction: The RY high-temperature heat-conducting oil centrifugal pump boasts advanced technology and high efficiency, ensuring long-term stable operation without leakage under heat conditions. It features no additional cooling system, safety, and reliability, and has been widely used in China's heat-conducting medium heating systems. It has entered various industrial fields such as petrochemical, rubber, plastic, textile, dyeing and printing, road construction, and food.
One, Advantages of RY Heat Transfer Oil Pumps:
The RY thermal oil pump features advanced technology and high efficiency, ensuring long-term stable operation without leakage in a hot state, without additional cooling systems, and is safe and reliable to use. It has been widely utilized in China's heat-conducting medium heating systems and has entered various industrial fields including petrochemicals, rubber, plastic, textiles, dyeing, road construction, food, etc. The RY series air-cooled thermal oil pump is primarily used for transferring non-solid-containing, weakly corrosive high-temperature liquids, with operating temperatures ≤370°C, making it an ideal circulating pump. It is extensively applied in industries such as paper food container high-temperature shaping, dynamic vulcanization of tires and reground rubber machinery, flat curing, rubber drying, feed drying, dyeing, chemicals, particleboard production, waterproof membrane production, asphalt heating, and noodles drying.
II. Structural Features:
(1) The RY thermal oil pump is a product developed by absorbing and digesting foreign oil pump technology. It features a basic single-stage, single-suction, cantilevered foot-supported structure. The pump's inlet is axial suction, and the outlet is vertically upwards in the center, mounted on the base with the motor.
(2) The RY type thermal oil pump employs a double-end ball bearing support structure. The front end is lubricated with oil, while the rear end is lubricated with grease. There is a guide oil pipe in the middle for observing the sealing condition and recovering the thermal oil at any time.
(3) Utilizes an auto-heat dissipation structure, which replaces the traditional water cooling design. This results in a simpler structure, smaller size, cost savings in operation, superior performance, and reliable use.
(4) Combining packed gland and mechanical seal, the packed gland utilizes high-temperature-resistant packing for excellent thermal adaptability, while the mechanical seal is made of hard alloy material with high mechanical strength and good wear resistance, ensuring sealing performance under high-temperature conditions.
(5) Utilizing third-generation polytetrafluoroethylene (PTFE, commonly abbreviated) for lip-shaped seals, it has resulted in a leap in sealing performance. The reliability of the seal is enhanced by 25 times compared to rubber seals, with improved corrosion resistance.
RY Thermal Oil Pump (Thermal Oil Pump | Heat Oil Pump) features a reasonable structure, excellent performance, and reliable operation. It is suitable for transferring high-temperature liquids without solid particles. Its corrosion resistance and operating temperature depend on the material of the main parts in contact with the medium (divided into three categories: 1. HT200; 2. ZG230-450; 3. 1Cr18Ni9Ti, OCr18Ni12-Mo2Ti).
1. Petroleum and Chemical Industry
2. Oil Industry
3. Synthetic Fiber Industry
4. Textile dyeing and finishing industry
5. Plastics and Rubber Industry
6. Papermaking Industry
7. Wood Industry
8. Construction Industry
Additionally, it is widely used in the machinery industry, food industry, oil circulation systems for thermal oil heaters, and thermal oil heating circulation systems.
Flow rate: 1-500 m3/h
2. Flow head 10-125m
3. Temperature: -20°C - 350°C
