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Introduction of used engine oil distillation plant: Vacuum Pressure Distillation，is the new technology which can refine waste engine oil into diesel or base oil. The oil quality is better than the original normal pressure distillation technology, which show on purity ,transparence, lightness .this technology will do deodorization and destinke process to the raw material oil automatically by "dry type” vacuum pressure distillation method. With the vacuum distillation technology, the distillation temperature is considerably reduced, and the oil output will higher 5%-10% compared with original normal pressure distillation technology. It makes more profits to the enterprise virtually. Waste engien Oil Distillation Process ● The oil pump pumps the waste engine oil into the distillation reactor by oil pump. ● The reactor will be heated by fuel oil, LPG, natural gas, wood or coal, etc and when the temperature reaches to a certain degree, the oil will be boiling and oil steam will be produced. ● The oil steam will be generated and be purified in the distillation tower. ● Purified oil steam will flow to the condensers and get liquefied through them and stored in the product oil tanks.

Working process of waste tire pyrolysis plant: 1. FEEDING (2 HOURS) : Load tires/rubbers into the reactor by automatic hydraulic feeder, after loading all, seal the feeding door.  2. HEATING ( 8~10 HOURS): Start the Waste Rubber Pyrolysis Plant and the reactor will be rotating and heated by fuel. When the temperature reaches the degree of 250 to 280, the oil steam will be continuous produced until the temperature reaches 350-480 C. Oil steam will flow through oil gas separator, light component will enter the condensers and liquified as fuel oil, meanwhile the heavy oil will be discharged automatically into in heavy oil tank. The liquefied part will be condensed as fuel oil, and the part which cannot be liquefied will be transferred by the water seal back to the burning chamber to be reused as heating material. 4. COOLING(4~5HOURS): After the oil producing  process is completed, leave the plant for cooling and waiting for discharge. 5. DISCHARGING(2 HOURS):  Discharge the carbon black automatically and pull out the steel wire finally. Features of Pyrolysis Process Safety: 1. Anti-explosion control: During the pyrolysis process, combustible gas will be generated as fuel gas  for pyrolysis system heating usage. The combustible gas will be filtered through the anti-flashback water seal to  prevent combustible gas from flashing back  to the oil tank and then enter the furnace to be recycled , causing combustion or explosion. 2. Emission Control: 2-phase scrubbers and activated carbon filters to prevent pyrolysis process from releasing  pollutants.  3. PLC control : All motors and gauges of  the equipment are connected to PLC, which can realize mechanical and electronic control. The control cabinet is equipped with an alarm system. When the temperature, pressure, or mechanical abnormalities occur during the operation of the equipment, the control cabinet will automatically alarm.

Oil sludge is a complex physico-chemical mixture, consisting of three distinct fractions: water, oil and solid (metals, salts, sand, etc.). As most promising of the presented methods of utilization of oil sludge is pyrolysis, it can refine oil sludge by thermal cracking process which compared with the other methods have a number of significant advantages. Oil sludge (OS) is a common waste in oil field mining, oil transportation, fining, storage and other oil related process which consisting of three distinct fractions: water, oil and solid (metals, salts, sand, etc.).  OS can cause great damage to the environment and threaten human's health if not treated properly. During the drilling process, the oil-containing silt，which brought from replacing the well-drilling and extracting the drive pipe, will be left around the well site. The oil-containing silt that is covered with various sands and sundries, etc., will be piled up more and more before the site is cleaned up or the oily sludge is temporarily piled up for a period of time. The oily sludge comes from the deep drilling strata, and contains a large number of benzene series, phenols, anthracene, pyrene and other odorous toxic substances. It will not only damage the soil or pollute the environment, but also cause the waste of resources if not treated well. Features of Pyrolysis Process Safety: 1. Anti-explosion control: During the pyrolysis process, combustible gas will be generated as fuel gas  for pyrolysis system heating usage. The combustible gas will be filtered through the anti-flashback water seal to  prevent combustible gas from flashing back  to the oil tank and then enter the furnace to be recycled , causing combustion or explosion. 2. Emission Control: 2-phase scrubbers and activated carbon filters to prevent pyrolysis process from releasing  pollutants.  3. PLC control : All motors and gauges of  the Oil Sludge Treatment Pyrolysis Plant are connected to PLC, which can realize mechanical and electronic control. The control cabinet is equipped with an alarm system. When the temperature, pressure, or mechanical abnormalities occur during the operation of the equipment, the control cabinet will automatically alarm. https://www.sihaienergytech.com/

Pyrolysis is one of the most promising chemical recycling technologies for plastic recycling , which has the capability to handle also more challenging waste plastic streams. In pyrolysis, the degradation of organic materials takes place under the effect of heat and in the absence of oxygen. Recycling Of Various Waste Plastics: With the development of global industry, the amount of plastic waste in the world has reached a level that threatens the ecology. Landfills are piled up like mountains, and marine plastic waste destroys the ecology. In order to deal with these difficult-to-decompose wastes, plastic pyrolysis oil plants have become an efficient solution, which not only solves the pollution problem, but also turns waste plastics into fuel energy. Features of Pyrolysis Process Safety: 1. Anti-explosion control: During the pyrolysis process, combustible gas will be generated as fuel gas  for pyrolysis system heating usage. The combustible gas will be filtered through the anti-flashback water seal to  prevent combustible gas from flashing back  to the oil tank and then enter the furnace to be recycled , causing combustion or explosion. 2. Emission Control:  The exhaust gas generated during heating the reactor will be purified and cooled down in 2 scrubbers(1 water pond type scrubber and 1 water spray, ceramic ring adsorption and activated carbon absorption type scrubber ). Finally, it will be discharged environmental friendly. 3. PLC control : All motors and gauges of  the equipment are connected to PLC, which can realize mechanical and electronic control. The control cabinet is equipped with an alarm system. When the temperature, pressure, or mechanical abnormalities occur during the operation of the equipment, the control cabinet will automatically alarm.

If you need, contact me at any time Whatsapp:+86 15397529240 Telegram: +86 15397529240 Email:stella@nobelsh.com linaclo , tide 851199-59-2 Acetyl Hexapeptide-3/8 616204-22-9 Palmitoyl Tripeptide-5 623172-56-5 Palmitoyl Tripeptide-1 147732-56-7 Palmitoyl Pentapeptide-3/4 214047-00-4 Palmotoyl Tetrapeptide-3/7 221227-05-0 Acetyl Octapeptide-3/1 868844-74-0 Biotinyl Tripeptide-1 299157-54-3 Acetyl Tetrapeptide-5 820959-17-9 Palmitoyl Tripeptide-8 936544-53-5 Nonapeptide-1 158563-45-2 Acetyl hexapeptide-38 1400634-44-7

If you need, contact me at any time Whatsapp:+86 15397529240 Telegram: +86 15397529240 Email:stella@nobelsh.com linaclo , tide 851199-59-2 Acetyl Hexapeptide-3/8 616204-22-9 Palmitoyl Tripeptide-5 623172-56-5 Palmitoyl Tripeptide-1 147732-56-7 Palmitoyl Pentapeptide-3/4 214047-00-4 Palmotoyl Tetrapeptide-3/7 221227-05-0 Acetyl Octapeptide-3/1 868844-74-0 Biotinyl Tripeptide-1 299157-54-3 Acetyl Tetrapeptide-5 820959-17-9 Palmitoyl Tripeptide-8 936544-53-5 Nonapeptide-1 158563-45-2 Acetyl hexapeptide-38 1400634-44-7

Heavy Duty Cardan Shaft is a mechanical component designed for high-load, high-torque applications and is widely used in industrial and engineering fields that require strong power transmission. It can withstand high stress and heavy loads under extreme working conditions and is commonly used in heavy vehicles, industrial machinery, engineering equipment and large drive systems. Advantages of Heavy Duty Cardan Shaft High torque transmission capacity: It can withstand and transmit extremely high torque and is suitable for various heavy machinery and equipment. Strong reliability: The design emphasizes durability and fatigue resistance, and can operate stably for a long time in harsh working environments, reducing downtime and maintenance time.

PTO Shaft is a transmission device specially designed to transmit mechanical power from a power source (such as a tractor, truck or industrial equipment) to ancillary equipment or accessories. PTO Shaft is widely used in agricultural, industrial and engineering machinery, especially in agricultural machinery, it is usually used to transmit the power of the tractor to agricultural machinery such as mowers, balers, sprayers and other equipment. Features of PTO Shaft Retractability: PTO Shaft is usually designed with a retractable part to adapt to different length requirements and reduce installation difficulties. Retractability also allows for distance changes during equipment operation. Universal joint connection: Both ends are usually equipped with universal joints, which can flexibly adjust the angle of the connected equipment within a certain angle range to ensure smooth power transmission.

The universal joint is the core component of the Cardan Shaft, which allows the shaft to transmit rotational motion when the angle is inconsistent. The universal joint can absorb angle changes and maintain the continuity of power transmission. Drive Shaft Tube The drive shaft tube is the main shaft body part connecting the universal joint, which is responsible for transmitting rotational motion from the engine or power source to the drive device or other mechanical parts. The length and diameter of the shaft tube are adjusted according to the specific application. Sliding Spline The sliding spline allows the Cardan Shaft to expand and contract in the axial direction (length direction) to adapt to the length changes that occur in the transmission system, such as the movement of the suspension system or load changes. This part realizes the free expansion and contraction of the shaft through the mutual engagement of the internal and external splines.

Cardan Shaft (also known as Cardan Drive Shaft) is a mechanical component used to transmit power, mainly used to transmit rotational motion from one component to another. It is widely used in various mechanical systems.  Features of Cardan Shaft Versatility: Cardan Shaft can transmit power without consistent angles, so it is suitable for occasions where the transmission angle varies greatly. Durability: Usually made of high-strength materials such as steel or aluminum alloy, it has high durability and wear resistance. Adjustability: It can adapt to different mechanical configurations and needs by adjusting the length or angle. Flexibility: It has good anti-vibration and shock absorption performance and is suitable for various dynamic load conditions.

A drive shaft is an essential component of a vehicle's drivetrain system, used to transmit power from the engine to the wheels. It plays a crucial role in ensuring smooth and efficient transfer of power, allowing the vehicle to move forward. A drive shaft is an essential component of a vehicle's drivetrain system, used to transmit power from the engine to the wheels. It plays a crucial role in ensuring smooth and efficient transfer of power, allowing the vehicle to move forward. Without a properly functioning drive shaft, the vehicle would not be able to accelerate, decelerate, or maintain a steady speed.

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Dear Sir/Madam, (HS 850710) We would like to offer: Automotive Battery. Wet and dry type. Available for motorcycle, passenger car, light truck & truck. Suitable for tropical climate. Voltage: 12 volt. Range: 26-200 ah. Quality is conforming to ASTM (USA), JIS (Japan) and DIN (Deutsch) standard. Equipped with a visual aid that inform the current state of charge and if the battery requires replacing. For easy handling, flip, fixed or drop handle is attached. OEM welcome. Product of Indonesia. For any interested parties, pls kindly contact for further details. Thank you.

Minimum Order: 30

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Minimum Order: 5000