1. Water treatment and purification, disinfecting and sterilizing various types of drinking water, commercial water, tap water, production water, etc., while also degrading various harmful substances. Ozone is used to treat mineral water, purified water, beverage water, cosmetics factory water, and pharmaceutical water, which is environmentally friendly, efficient, and thorough.

2. Space environment purification refers to the surface and environmental purification of various space environments such as production workshops, warehouses, public places, and the production equipment and instruments stored inside, such as sterile treatment of uniforms and equipment in food factories and pharmaceutical factories. It also plays a role in sterilization, deodorization, and deodorization of environments such as hotels, hospitals, and enterprises.

3. Agricultural production, breeding and cultivation can inhibit the occurrence of diseases and pests, kill harmful weeds and bacteria, etc. For example, using ozone for pre-treatment of culture dishes and sprouts in the cultivation process of bean sprouts, edible fungi, and medicinal fungi can effectively increase the qualification rate and yield. Using ozone in fish and shrimp breeding, poultry and livestock breeding can remove odor, sterilize and disinfect, prevent and control diseases and pests, and suppress infectious diseases.

4. Wastewater treatment, reclaimed water reuse treatment, waste gas treatment, etc., adding ozone to wastewater can provide targeted disinfection and sterilization, deodorization, decolorization and bleaching, degrade various toxic and harmful pollutants, improve the biodegradability of wastewater, reduce various water quality parameters, and improve water quality to meet discharge standards; Pre treat or directly treat exhaust gas to improve environmental conditions.

5. Boiler and pipeline slow-release and scale inhibition, printing and dyeing paper fixation and whitening, pre coating treatment, denim washing treatment, dye production, whitening and preservation of dry goods such as longan and traditional Chinese medicine, etc.

A hydraulic station is a hydraulic device composed of components such as a driving electric motor, hydraulic pump, oil tank, throttle valve, relief valve, etc. It supplies oil according to the driving requirements in the flow direction, pressure, and flow rate. It is suitable for various mechanical driving devices, and this hydraulic system can achieve various specified operations. It was invented during the Industrial Revolution and is now widely used in various industrial fields and automotive braking.

The main function of a hydraulic station is to convert mechanical energy into hydraulic energy, providing many functions such as pressure, flow, and directional control according to system requirements.

Wiely used in industries, engineering machinery, marine vessels, metallurgy, aviation and other fields. It is one of the important equipment to ensure the safe operation of a mechanical device system. Its performance directly endangers the safe operation of the machine, and carelessness can lead to many safety accidents.

Its main uses include:

1. In normal operation, providing different pressure oils for the sentencing brake is necessary to obtain different braking torques for the hoist, ensuring the normal operation of the machine;

2. Provide pressure oil and power for various wheel drive and lifting devices;

3. In emergency accidents, the most effective way to achieve effective braking and reduce accident losses is to utilize the emergency braking of the car;

4. During accident safety braking, achieve secondary braking to ensure the normal operation of machines and other equipment. The hydraulic stations in industry mainly include lifting hydraulic stations, transmission hydraulic stations, and braking hydraulic stations.

Simply put, the function of a hydraulic station is to transmit force. By generating enormous pressure through hydraulic pumps, different movements are achieved through various transmission parts such as oil cylinders and pistons, with upward and horizontal forces. It is enclosed and therefore generates tremendous power due to pressure. If there is a slight leakage without sealing, its operation will be greatly reduced, and the power will not meet the requirements of the machine. This leads to abnormal operation of the machine, and maintenance and repair will require huge costs. In daily work, pay attention to checking its airtightness.

Non proportional diversion: In addition to being able to distribute flow proportionally, the diversion motor can also distribute flow proportionally. Choose different displacement workpieces to form a non proportional split motor, whose output flow ratio is the same as the displacement ratio of the split motor. Please contact our technical sales department for details.

Lubricating oil distributor for bearing lubrication system: In order to monitor the working status of the lubrication system, the splitter motor can be integrated with an encoder for use. Please contact our technical sales department for details.

Booster: The single flow outlet pressure of the splitter motor can be higher than the inlet pressure. If the 1 flow oil of the 2-flow proportional splitter motor directly returns to the oil tank, that is, outputs "0" bar, it will generate a "motor" effect, transmitting torque to the other flow, causing an increase in its outlet pressure; Due to the impact of efficiency, the SP series 2-stream split flow motors with the same displacement can increase pressure by approximately 35%, while the SN series can increase pressure by approximately 67%. A larger boost ratio can be achieved through a non proportional split motor. Attention: The outlet pressure of the diversion motor cannot exceed its maximum allowable pressure. Gear type splitter motor is the best choice for turbocharger due to its lower internal pressure loss compared to plunger type motor.

·Various types of dissolved air flotation treatment equipment, ozone water production equipment, oxygen rich water production equipment, biochemical treatment equipment, extraction and separation of soybean and corn protein, etc.

·Food, pharmaceutical, papermaking, chemical, biotechnology, beer and other industrial wastewater treatment, including biological contact oxidation, traditional activated sludge process, biochemical aeration equipment, SBR, ICEAS, CASS and other continuous or intermittent aeration processes.

·Oxygenation work in areas such as factory fish farming workshops, incubation workshops, pond fish farming, and live fish transportation

·Circulating transfer of heat and cold media for various temperature regulation devices.

·Various filtering devices.

·Attracting or high-pressure transferring low viscosity liquids such as gasoline, diluents, and various solvents from underground storage tanks.

·Spray treatment of clean water, pure water, food, chemical liquid, waste liquid, etc.

·Severe applications such as intermittent operation, water hammer, and rapid changes in back pressure. For example, small steam boilers, high-rise water supply, high-pressure water injection into high-pressure tanks, and suction from vacuum tanks.

·Take water samples from rivers or water storage tanks, transfer foaming liquids, and transfer liquids in long horizontal pipelines that are prone to air pockets.