Five Heddle Weave Five heddle weave provides a rectangular opening. The unique design of this mesh can assist increased drainage and flow properties. This mesh also has a smooth surface on one side, which is widely used in filtration of petroleum chemical industries, in the form of filter ribbons and filter elements. Material: The main materials of five heddle weave wire cloth is stainless steel wire SUS304, SUS304L, SUS316 and SUS316L. Applications: Five heddle weave offers high flow rates and is suitable for high mechanical loads, featuring a lightly structured mesh surface. Five-heddle woven meshes are popular in applications including pressure and vacuum filters as well as filter candles. Specifications: Width of woven wire cloth: 180+0/-2mm Weaving type: 5-heddle weave Standard width of stainless steel wire mesh: 1m or 48" Standard roll length of stainless steel wire mesh: 30m or 100'. Packing: wrapped with moisture-proof paper, then in wooden cases
Five Heddle Weave Five heddle weave provides a rectangular opening. The unique design of this mesh can assist increased drainage and flow properties. This mesh also has a smooth surface on one side, which is widely used in filtration of petroleum chemical industries, in the form of filter ribbons and filter elements. Material: The main materials of five heddle weave wire cloth is stainless steel wire SUS304, SUS304L, SUS316 and SUS316L. Applications: Five heddle weave offers high flow rates and is suitable for high mechanical loads, featuring a lightly structured mesh surface. Five-heddle woven meshes are popular in applications including pressure and vacuum filters as well as filter candles. Specifications: Width of woven wire cloth: 180+0/-2mm Weaving type: 5-heddle weave Standard width of stainless steel wire mesh: 1m or 48" Standard roll length of stainless steel wire mesh: 30m or 100'. Packing: wrapped with moisture-proof paper, then in wooden cases
Nickel Silver Plate Alloy Code: C7701, C7521 C7701 CU:54-56 Ni:17-19 Zn: Rem C7521 CU:63-66 Ni:17-19 Zn: Rem Main Properties : Beautiful Color and luster, very good cool processing performance and ductility Excellent fatigue resistance Good anti-corrosion property Good forming and welding performance Outstanding electric performance ,mechanical properties,radiation shielding performance Main Application : Shielding Device ,connection-peg Crystal oscillator and casing Optic and wind instrument ,etching board Medical treatment ,spring,resistance unit Remarks: (1) Shipping term: FOB Korea or CIF. (2) Payment term: T/T or L/C 100% at sight. (3) M.O.Q. will be adjusted based on the specification. (4) Certification: ISO 9001 (5) Country of origin: South Korea. (6) Packaging: Bobbin, coil, Match the client's specification. (7) Q'TY : +/- 10% (8) Shipping Mark : As your request (9) The exact spec comply with mutual discussion
Acute Care Hospital Bed Supplier Acute care hospital beds are the cornerstone of the healthcare infrastructure and are an important point of integration between treatment and care. These Acute care hospital beds are designed to provide a safe, comfortable and supportive environment for patients facing acute illness or recovering from surgery. Their ergonomic design, including features such as adjustable heights and headrests, helps healthcare professionals administer treatment with precision and ease. In addition, the Acute care hospital bed enhances patient comfort, optimizes the rehabilitation process and minimizes complications associated with immobility. With integrated safety features such as side rails and locking mechanisms, they reduce the risk of falls and enhance patient safety.Acute care hospital beds are essential in healthcare facilities to ensure that patients receive the best possible care, providing convenience for both patients and caregivers and ultimately contributing to improved patient outcomes and overall healthcare efficiency. Acute care hospital bed FAQs What are the key features of Acute care hospital beds that make them essential in healthcare? Acute care hospital beds have features that enhance patient care, including motorized height adjustments for easy access and care, side rails for patient safety, and bed adjustments for optimal comfort and treatment. Many acute care beds also come with integrated scales, built-in patient monitoring features and specialized pressure relief mattresses, making them a must-have tool for healthcare professionals in critical care settings. Who benefits from using Acute care hospital beds in a healthcare setting? Acute care hospital beds primarily serve patients in intensive care units, including those in the ICU, emergency room and post-operative recovery rooms. These beds are especially useful for patients who require close supervision, frequent position changes, or specialized care for critical illness or surgery. Can the patient or caregiver adjust the settings of the Acute care hospital bed, or is it only controlled by the healthcare professional? Acute care hospital beds are often designed to be adjusted by healthcare professionals to ensure proper positioning and patient care. However, many acute care beds are equipped with controls that allow patients to make minor adjustments to their beds for comfort. These controls are often designed with safety mechanisms to prevent accidental misuse. The primary responsibility for making and monitoring large bed adjustments rests with the healthcare provider to ensure patient safety and well-being.
We are here to be your reliable partners of modified plastics. Engineering plastic is the high-performance plastic that can apply in different industrial areas, the higher mechanical strength and heat resistance of these modified plastics make them an excellent alternation of metal material. Compare to metal parts, engineering plastics are with lots of advantages, such as being weightless, significantly reducing noise, decay resistance, high durability, cold/heat resistance, flame retardant, etc. and are suitable for working in extreme environments. As a professional e engineering plastic supplier/manufacturer, we strive to know the needs and wants of our customers, ANMEI offers different types of engineering plastics - PA6 reinforce, PA66 reinforce, PC/ABS alloy, MABS, TPU FR and PP FR with glass fiber, these engineering plastics are with different performances to adapt to kinds of industries including 5G fiber optic cables, domestic appliances, automobiles, hardware appliances, new energy, clothing, machinery industry, electronics and electrical field. When the right engineered plastic is matched to the right application, the engineering plastic products usage will last longer and the overall performance will be better, making it more competitive in the market. How Could Anmei Engineering Plastics Become Your Choice Anmei, an experienced plastic products engineering company, will customize engineering plastics to meet the product performance or process according to the customer's product and mold structure. Providing customers with engineering plastic services such as consulting, product testing and analysis of engineering plastic material, sample trial production and process guidance. Implement the lean production management model of Japanese companies to reduce hitech plastics engineering production losses. While providing products with material performance comparable to those produced in Europe and the United States, it has a better price advantage. In order to ensure product quality and quality stability between batches, Anmei, a prime engineered plastics corp, uses German production equipment and the technical processes of fortune 500 companies and fully equipped testing laboratories for testing. What are engineering plastics? Engineering plastics are a group of plastic materials that exhibit significantly improved mechanical properties over a wide range of temperatures, loads and times. Especially long-term suitability at temperatures in excess of 90C to at least 150C is considered an important criterion of engineering plastic products. Therefore, all "high temperature" plastics are considered engineering plastics.
Carbon steel pipes come in various grades, each with specific properties and applications. The choice of grade depends on factors such as the intended use, operating conditions, and required mechanical properties. Here are some common grades of carbon steel pipes: ASTM A53/A53M: Grade A: This grade is typically used for non-pressure applications and is suitable for welding and forming operations. Grade B: Grade B is the most commonly used grade and is suitable for conveying fluids and gases under high pressure and temperature conditions. ASTM A106/A106M: Grade A: This grade is suitable for low-temperature applications and is commonly used in refineries and plants where corrosion resistance is not a concern. Grade B: Grade B is the most commonly used grade and is suitable for high-temperature and high-pressure applications such as steam, water, and oil transportation in refineries and plants. Grade C: This grade is commonly used for low-temperature applications and offers better impact properties than Grades A and B. ASTM A333/A333M: Grade 1: This grade is suitable for low-temperature applications down to -50�°F (-45�°C) and is commonly used in refineries, chemical plants, and power plants. Grade 3: Grade 3 offers good impact properties and is suitable for low-temperature applications down to -150�°F (-101�°C). Grade 6: Grade 6 is the most commonly used grade and offers excellent impact properties at low temperatures down to -50�°F (-45�°C). API 5L: Grade A: This grade is suitable for conveying low-pressure fluids and is commonly used in the transportation of natural gas and petroleum products. Grade B: Grade B is the most commonly used grade and is suitable for conveying fluids under high pressure and temperature conditions. X42, X52, X60, X65, X70, X80: These grades offer higher strength and are suitable for conveying fluids in demanding environments such as offshore drilling rigs and pipelines. ASTM A672/A672M: Grades A45, A50, A55, A60, A65, A70: These grades are electric-fusion-welded steel pipes suitable for high-pressure service at moderate temperatures. ASTM A691/A691M: Grades CM-65, CM-70, CM-75: These grades are electric-fusion-welded steel pipes suitable for high-pressure service at high temperatures. These are some of the commonly used grades of carbon steel pipes. Each grade has specific chemical composition and mechanical properties designed to meet various industry standards and applications. It's essential to consult relevant standards and specifications to select the appropriate grade for specific project requirements.
Limestone Crusher Plant 1) Sandvik Jaw Crusher CJ612: Drive: 160 kW x 1500 rpm Type: Single toggle Feed opening: 6100 mm x 200 mm Discharge setting: 125 - 250mm OSS Max feed size: 100mm Max capacity: 355 tph Weight: 39000 kg 2)Sandvik Hydrocone Crusher CS440: Drive: 200 kW x 1500 rpm Crushing Chamber: Extra Coarse (EC) Discharge setting: Variable Max feed size: 450 mm Max capacity: Dependent on discharge setting Weight: 19300 kg 3) Grizzly Feeder QSF1460: Drive: 37.0 kW x 1500 rpm Mechanism: Twin shaft vibrator with 4 unbalanced weights Feeder width: 1400 mm Feeder length: 6000 mm Max capacity: 750 tph Weight: 10500 kg 4)Trommel Screen QTS2590: Motor: 110.0 kW x 1500 rpm Mechanism: Single direct drive Drum Diameter: 2500 mm Length: 9000 mm Max feed rate: 1000 tph Weight: 22500 kg 5)Sand Unit QS400 x 130: Installed Power: 45.0 kW x 1500 rpm Feed size: 0/5 mm Nominal Max Feed rate: 130 tph Weight: 2350 kg 6)Picking Belt Conveyor (2 units): Gearmotor: 5.5 kW x 1500 rpm Belt speed: 15.0 m/min Belt width: 1200 mm Max capacity: 300 tph Weight: 2400 kg 7)Product Screen E10243: Drive: 2 x 37 kW Width: 3000 mm Length: 7200 mm Max feed rate: 380 tph Weight: 20600 kg 8)Dewatering screen DS1227: Drive: 2 x 4 kW Width: 1200 mm Length: 2700 mm Max feed rate: 170 tph Weight: 4000 kg 9)Recovery screen E8202: Drive: 1 x 30 kW Width: 2400 mm Length: 6000 mm Max feed rate: 460 tph Weight: 7400 kg 10)Washing screen H8202: Drive: 1 x 30 kW Width: 2400 mm Length: 6000 mm Max feed rate: 460 tph Weight: 11000 kg
Introduction: In the realm of chemical engineering, safety and efficiency are paramount concerns. A crucial component of ensuring both is the use of robust manhole covers for chemical reactors. Among these, glass-lined manhole covers stand out for their exceptional durability, corrosion resistance, and transparency, offering a unique blend of practicality and safety. Why Glass Lined Manhole Covers? Corrosion Resistance: Chemical reactors operate in harsh environments where corrosive substances are commonplace. Glass-lined manhole covers provide a reliable barrier against corrosion, ensuring the longevity of the reactor. Transparency: The transparency of glass-lined covers allows operators to visually inspect the reactor's interior without compromising safety. This feature facilitates routine maintenance, troubleshooting, and monitoring of reactions, contributing to overall process efficiency. Chemical Inertness: Glass is inherently inert, meaning it does not react chemically with most substances. This property prevents contamination of the reactor contents, safeguarding product purity and quality. Mechanical Strength: Despite its delicate appearance, glass-lined covers are remarkably strong and resistant to mechanical stress. They can withstand the weight of personnel and equipment, ensuring a safe working environment. Temperature Resistance: Glass-lined covers are capable of withstanding extreme temperatures, making them suitable for a wide range of industrial applications, from high-temperature reactions to cryogenic processes. Advantages: Safety: Glass-lined covers provide a clear view of the reactor's interior, allowing operators to monitor processes in real-time, identify potential hazards, and take prompt corrective actions. Durability: The robust construction of glass-lined covers ensures longevity, reducing maintenance costs and downtime associated with frequent replacements. Chemical Compatibility: Glass is compatible with a variety of chemicals, making glass-lined covers suitable for use in diverse industrial settings, including pharmaceuticals, petrochemicals, and food processing. Hygiene: Glass surfaces are non-porous and easy to clean, minimizing the risk of bacterial growth and contamination. This feature is particularly advantageous in industries with stringent hygiene requirements, such as food and beverage production. Environmental Sustainability: Glass is a recyclable material, aligning with the growing emphasis on sustainability in modern industrial practices. Glass-lined covers contribute to reducing environmental impact by promoting resource conservation and waste reduction.
The Tank Cleaning process Involves 6 steps: The 6 stage water tank clean process has been developed through research and development to arrive at a fool-proof process that involves latest state-of-the-art imported equipment Stage I Mechanized Dewatering In the First stage of Mechanized Dewatering of the water tank clean process the Manhole and surroundings are cleaned off dirt, mud and algae after which the water below the foot-valve level is pumped out using special de-watering equipments. Stage II Sludge Removal In the Second Stage of Sludge Removal the sludge which has settled on the floor of the tank is sucked out using our special sludge pumping equipments Stage III High Pressure Cleaning In the Third Stage of High Pressure Cleaning the Walls & ceilings of the tanks are thoroughly cleaned using special high pressure jet cleaners which rid of the walls off calcinations, algae and all contaminants which cling on the internal surface of the tank helping the microbiological contamination to grow. Stage IV Vacuum Cleaning In the Fourth stage of the sludge removal process an Industrial Vacuum Cleaner is used to remove the resultant contaminants, making the tank absolutely speck-free. Stage V Anti-bacterial Spray In the Fifth very important Stage of Anti-bacterial treatment the walls & ceilings are made totally sterile from bacterial attack using specially developed from Antibacterial agents. Stage VI UV Radiation And finally in the Sixth Stage of the water tank clean process final sterilization and disinfection is done using UV Radiation by a specially developed UV Radiator which is used to kill any suspended or floating bacteria remaining in the tank. This full procedure makes the tank 100% Bacteria free and makes it perfectly fit for storing clean drinking water. The above process is common for both the Underground and Overhead drinking water storage tanks and can be used for all types of tanks like Concrete Tanks, Fabricated Steel tanks, Plastic (Sintex Type) Tanks etc. Our professional system also includes maintaining of computerised records of all the tanks which have been cleaned and scheduling of next cleaning operations etc. thus removing the total responsibility off the residents of any particular building to make their life totally healthy and tension free. The total process and the unique combination of the special water tank clean Anti-bacterial agents and UV Radiation used in the process of cleaning and Dis-infection of the drinking water tanks is totally a novel feature of this cleaning process developed, tried and tested by us for the first time in India. If this process is used by all the residents of multi-storied buildings they would never have any health related problems arising out of water borne diseases (provided the water supplied by the authorities is of Potable Quality)
Miniature Piston Valve 1122 1122 Series plunger valve with large orifice is developed by Keyto independently, its mainly function is switch on/off liquid path. This valve has many multiple options type, can tolerate high pressure, the life cycle can reach more than 1.2 million cycles. Its a high precision, low cost and maintenance-free plunger solenoid valve. The solenoid valve is mainly used in the inkjet printing industry. Feature of Miniature High Pressure Solenoid Valve 1122 Keyto Plunger Valve 1122 series has high pressure resistance feature. It is better than other Keyto valves series, and its easy to use. It also has multiple options for wetted materials: â? Valve body: POM. â?¡Seal material: EPDM. Specifications of Miniature Piston Valve 1122 Structure Direct acting poppet type Valve type 2/3-way N.C. Port No. 3 Orifice diameter 1.5mm CV 0.035 Mediums Water, Air, Weak acid and base, MEK and so on. Operating temperature 0~60(No freezing) Pressure(in out) 0~0.4MPa Leakage 0 Response time
Categories: High purity graphite (LC), High carbon graphite (LG), Medium carbon graphite (LZ), Low carbon graphite (LD) Specification: Particle size 45m-500m (325 mesh - 32 mesh), carbon content 85-99.9%. Properties: The flake crystal is complete, the flake is thin and has good toughness, excellent physical and chemical properties, and has good high temperature resistance, self-lubrication, electrical conductivity, heat resistance, thermal shock resistance, corrosion resistance and other properties. Usage: Flake graphite is widely used in high-grade refractory materials and coatings in gold industry. Such as magnesia carbon brick, crucible, etc. Military industrial fire materials stabilizer, smelting industry desulphurization accelerator, light industry pencil lead, electrical industry carbon brush, battery industry electrode, fertilizer industry catalyst, etc. After deep processing of flake graphite, graphite emulsion can be produced for lubricant, release agent, wire drawing agent, conductive coating and so on. It can also produce expanded graphite for flexible graphite products, such as flexible graphite seals and flexible graphite composite products.
Categories: High purity graphite (LC), High carbon graphite (LG), Medium carbon graphite (LZ), Low carbon graphite (LD) Specification: Particle size 45m-500m (325 mesh - 32 mesh), carbon content 85-99.9%. Properties: The flake crystal is complete, the flake is thin and has good toughness, excellent physical and chemical properties, and has good high temperature resistance, self-lubrication, electrical conductivity, heat resistance, thermal shock resistance, corrosion resistance and other properties. Usage: Flake graphite is widely used in high-grade refractory materials and coatings in gold industry. Such as magnesia carbon brick, crucible, etc. Military industrial fire materials stabilizer, smelting industry desulphurization accelerator, light industry pencil lead, electrical industry carbon brush, battery industry electrode, fertilizer industry catalyst, etc. After deep processing of flake graphite, graphite emulsion can be produced for lubricant, release agent, wire drawing agent, conductive coating and so on. It can also produce expanded graphite for flexible graphite products, such as flexible graphite seals and flexible graphite composite products.
The working principle of the diaphragm pump is that the motor drives the elastic diaphragm to reciprocate through the eccentric wheel so that the volume of the cavity changes. The inlet and outlet are designed as one-way valves to realize the suction and discharge of the medium. Features of miniature diaphragm air pump 1 Offering pure working environment for liquid transfer and air aspiration and compression. 2 Oil-free ensures no contamination of reagents, maintenance-free and long service life. 3 Low vibration and low noise. 4 Excellent sealing and corrosion resistanceï¼?no back-flow when the motor powered off. 5 Easy installation. 6 Large flow which is applicable for cleaning discharging waste liquid, setting up vacuum occasion and other applications. Options of mini diaphragm air pump The options of small diaphragm air pump are as follows: 7101 series, 7401 series and 7102 series diaphragm pumps are available for application when air as medium. FAQs of micro diaphragm air pump Can diaphragm pumps pump air? Sure. The diaphragm pumps are divided into two types, air diaphragm pumps and liquid diaphragm pumps. Air diaphragm pumps can dispense all kinds of gas but can't dispense liquid. Liquid diaphragm pumps can dispense both gas and liquid.
Ceramic Membrane Module A ceramic membrane module is a complete unit composed of the ceramic membranes, housing, feed inlet, concentrate outlet, and permeate outlet. The ceramic membranes are arranged in parallel and vessel with housings. Ceramic Membrane Module JIUWU Ceramic Membrane Products SS Membrane Module JIUWU hi tech could produce the extra large housing as customer demand, such as loading over 91 pcs membranes. Titanium Membrane Module The main application of titanium module is brine filtration. PVC Membrane Module For special application, JIUWU company designs the module with different material, such as PVC and FRPP. Housing is designed with standard connectors (flange, clamp, whorl coping) to attach with incoming and outgoing piping. This includes a manifold, which directs incoming flow to all ceramic membrane elements in the housing. The housings are produced from different types of stainless steel, coated steel or plastic, titanium, as required by the application. The sealing material holds elements in the weakest place in housings. A wide array of materials (EPDM, Fluoro rubber, silicon) is available by customer's needs.
Categories: High purity graphite (LC), High carbon graphite (LG), Medium carbon graphite (LZ), Low carbon graphite (LD) Specification: Particle size 45m-500m (325 mesh - 32 mesh), carbon content 85-99.9%. Properties: The flake crystal is complete, the flake is thin and has good toughness, excellent physical and chemical properties, and has good high temperature resistance, self-lubrication, electrical conductivity, heat resistance, thermal shock resistance, corrosion resistance and other properties. Usage: Flake graphite is widely used in high-grade refractory materials and coatings in gold industry. Such as magnesia carbon brick, crucible, etc. Military industrial fire materials stabilizer, smelting industry desulphurization accelerator, light industry pencil lead, electrical industry carbon brush, battery industry electrode, fertilizer industry catalyst, etc. After deep processing of flake graphite, graphite emulsion can be produced for lubricant, release agent, wire drawing agent, conductive coating and so on. It can also produce expanded graphite for flexible graphite products, such as flexible graphite seals and flexible graphite composite products.
Categories: High purity graphite (LC), High carbon graphite (LG), Medium carbon graphite (LZ), Low carbon graphite (LD) Specification: Particle size 45m-500m (325 mesh - 32 mesh), carbon content 85-99.9%. Properties: The flake crystal is complete, the flake is thin and has good toughness, excellent physical and chemical properties, and has good high temperature resistance, self-lubrication, electrical conductivity, heat resistance, thermal shock resistance, corrosion resistance and other properties. Usage: Flake graphite is widely used in high-grade refractory materials and coatings in gold industry. Such as magnesia carbon brick, crucible, etc. Military industrial fire materials stabilizer, smelting industry desulphurization accelerator, light industry pencil lead, electrical industry carbon brush, battery industry electrode, fertilizer industry catalyst, etc. After deep processing of flake graphite, graphite emulsion can be produced for lubricant, release agent, wire drawing agent, conductive coating and so on. It can also produce expanded graphite for flexible graphite products, such as flexible graphite seals and flexible graphite composite products.
Hydraulic end assembly AH0501010500 AH35001-05.00 Hydraulic end assembly AH0801010500 AH34001-05.00 Hydraulic end assembly AH1001010500 AH33001-05.00 Exhaust filter assembly AH0501011400 AH35004-11.00 Exhaust filter assembly AH1001011900 AH33014-04.00 Cross head assembly AH0501010400 AH35001-04.00 Cross head assembly AH0801010400 AH34001-04.00 Cross head assembly AH1001010400 AH1001010400 Pinion shaft assembly AH0501010300 AH35001-03.00 Pinion shaft assembly AH0801010300 AH34001-03.00 Pinion shaft assembly AH1001010300 AH33001-03.00 Crankshaft assembly AH0501010200 AH35001-02.00 Crankshaft assembly AH0801010200 AH34001-03.00 Crankshaft assembly AH1001010200 AH33001-02.00 Power end lubrication assembly AH0501010600 AH35001-06B.00 Power end lubrication assembly AH0801010600 AH34001-06C.00 Power end lubrication assembly AH1001010600 AH33001-06C.00 Spray pump assembly AH0501010800 AH35001-08B.00 Spray pump assembly AH0801010800 AH34001-08B.00 Spray pump assembly AH1001010800 AH33001-08C.00 Random tool AH0501011500 AH35001-20.00A Random tool AH0801011400 AH34001-15.00A Random tool AH1001012100 AH33001-31.00A Sealing washer AH10010109 AH33001-09
Hydrogen Oxygen Machine, is the ideal, safe, reliable, effective and environmentally friendly way to weld metal wires, enameled (lacquered) copper wires, melt and process gold, platinum jewelry or other metals. decorations, sealing small glass bottles or quartz glass tubes, etc.. Hydrogen Oxygen Machine is electrolyzing water to produce a mixture of hydrogen and oxygen. Ignite the gas in the flame torch nozzle and utilize the clean, still, concentrated flame for micro-welding, brazing, melting, automotive engine carbon cleaning, and more. Parameters Model number :F11 Hydrogen-oxygen flow rate: 1.5L/min Maximum water volume :1.6L Electrolyte concentration :3% Operating pressure :0--0.15bar Power input :AC110V/220V Package size :33*33*44cm Weight :8KG configuration 1 Large Digital Screen - intuitive operation 2 Timing function--accurately control the running time, free from supervision. 3 Hydrogen and oxygen cooling--Make water and gas more thoroughly separated. 4 48V High-efficiency Electrolysis Tank--Electrolysis efficiency is increased by 30%, and electrolyte concentration is reduced from 20% to 7%. 5 48V High-efficiency Electrolysis Power Supply - Designed for high-efficiency electrolysis tank. Brand:HONGUANG
This product uses fully synthetic base oil and a new formula of imported multi effect composite agents from China and the United States.It is made using the most advanced international automated modulation new technology through high shear homogenization and high-density filtration modulation. It has a strong cleaning effect and effectively inhibits the formation of carbon and sludge in the engine. The new low phosphorus formula extends the rated service life of the exhaust gas purification system. Super-span multi-stage gasoline engine oil, excellent high and low temperature performance, all-weather. prolong the service life of the engine. Excellent oxidation resistance, high shear resistance, excellent sealing and lubrication at high temperatures, effectively improving fuel economy. Reducing noise makes the engine more resistant to the test of road congestion and frequent stops and starts in modern traffic conditions. With unique fuel-saving function, even if the engine leaks oil in special circumstances, it can continue to drive to the maintenance point. Driving about 50 kilometers with blue smoke from the engine can also be repaired. Low noise, extended oil change cycle.
This product uses fully synthetic base oil and a new formula of imported multi effect composite agents from China and the United States. It is made using the most advanced international automated modulation new technology through high shear homogenization and high-density filtration modulation. It has a strong cleaning effect and effectively inhibits the formation of carbon and sludge in the engine. The new low phosphorus formula extends the rated service life of the exhaust gas purification system. Super-span multi-stage gasoline engine oil, excellent high and low temperature performance, all-weather. prolong the service life of the engine. Excellent oxidation resistance, high shear resistance, excellent sealing and lubrication at high temperatures, effectively improving fuel economy. Reducing noise makes the engine more resistant to the test of road congestion and frequent stops and starts in modern traffic conditions. With unique fuel-saving function, even if the engine leaks oil in special circumstances, it can continue to drive to the maintenance point. Driving about 50 kilometers with blue smoke from the engine can also be repaired. Low noise, extended oil change cycle.
