PRODUCTS

AY high temperature insulation pump operates based on the principle of centrifugal force. The motor drives the pump shaft to rotate at high speed, driving the impeller to rotate synchronously, so that the liquid in the pump obtains centrifugal force under the action of the impeller blades and is thrown toward the outer edge of the impeller. During this process, a low-pressure area is formed in the center area of ​​the impeller, and the high-temperature liquid is sucked into the pump under the action of external pressure, and then discharged from the outlet of the pump under the influence of centrifugal force to complete continuous transportation. At the same time, its thermal insulation structure is specially designed to maintain a stable liquid temperature and ensure that the performance of the medium will not be affected by heat loss during transportation.

Product features

Effective insulation: The pump body and related components are wrapped with insulation materials to build an effective insulation layer, which can effectively reduce the transfer of heat to the outside world. Taking the transportation of high-temperature heat transfer oil as an example, during long-distance transportation, the oil temperature can be made to fluctuate less within the set temperature range, which protects the strict requirements of the process for medium temperature stability, greatly reduces energy loss, and improves energy utilization.

(Based on actual reports) Performance effects: Key components such as the pump body and impeller are selected (based on actual reports) and relatively high-quality alloy materials. These materials can maintain excellent mechanical properties in high-temperature environments, can withstand medium temperatures up to [X]°C, and have excellent resistance to thermal deformation and corrosion, confirming that the pump can operate stably for a long time under high-temperature conditions and extending the service life of the equipment.

Stable delivery: The optimized impeller and pump body flow channels make the liquid flow smoothly in the pump and reduce turbulence and impact. At the same time, advanced sealing technology and bearings with appropriate precision reduce the risk of leakage and mechanical vibration, protect the stability of the high-temperature medium transportation process, and provide strong support for the continuity of the production process.

Wide flow and head range: AY high temperature insulation pump has models, the flow range can cover [X]m³/h to [X]m³/h, and the head can meet different needs from [X]m to [X]m. Whether it is chemical production with small flow rate and high head, or industrial heating system with large flow rate and low head, it can be adapted to the corresponding model of pump and has excellent applicability.

Structure

Insulation structure: The pump body is equipped with a double-layer jacket structure, and the middle is filled with effective insulation materials, such as ceramic fiber, etc. The jacket can be connected to heat media such as steam, hot water, etc., and continuously heats the pump body and the internal medium through heat medium circulation to maintain a constant temperature of the medium. Some models are also equipped with an intelligent temperature control system, which can automatically adjust the heat medium flow rate according to the actual temperature of the medium to achieve detailed temperature control.

Sealing system: using special (based on actual reports) mechanical seals or packing seals, the sealing material has (based on actual reports), (based on actual reports) and corrosion (based on actual reports) properties. The dynamic and static rings of the mechanical seal are made of hard materials such as silicon carbide to ensure tight fit under high temperature and high pressure to reduce leakage. For working conditions with special requirements, tandem seals or double-end seal structures can also be selected to further improve sealing performance.

Bearing assembly: Use (based on actual reports) rolling bearings or sliding bearings, and be equipped with independent lubrication and cooling systems. In a high-temperature environment, bearings take away heat through the circulating flow of lubricating oil or grease. At the same time, the cooling system can cool down the lubricating oil and protect the bearings from working at a suitable temperature. The effect is to extend the service life of the bearings and confirm the operation of the pump.

Application industry

Petrochemical industry: used to transport high-temperature crude oil, petroleum fractions, chemical raw materials, etc., such as in a refinery, transporting high-temperature heavy oil from the distillation tower to subsequent processing devices to confirm the smooth progress of the entire refining process.

Energy industry: In centralized heating systems, it transports high-temperature hot water or steam to meet urban heating and industrial heat needs; in new energy industries such as biomass energy and solar thermal power generation, it is responsible for the cyclic transportation of high-temperature heat-conducting media to protect the effect transfer and conversion of energy.

Food and pharmaceutical industry: For some food raw materials, pharmaceutical intermediates, etc. that need to be processed or transported under specific high-temperature conditions, AY high-temperature insulation pumps can protect the temperature of the medium while confirming the hygiene and safety of the transportation process, complying with the industry's strict quality standards.