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Seamless steel pipes are known for their durability and quality, which are important for building, plumbing, and various industrial uses. What is Seamless Steel Pipe? Pipes without welds are called seamless pipes, often made of carbon steel, stainless steel, or metal steel. Seamless pipes offer advantages such as increased strength, reliability, and rust resistance, making them ideal for critical industries like oil and gas, chemicals, and power generation. How is a seamless pipe made? 1. Raw Material Selection Choosing high-quality steel billets for uniform composition and structural integrity. 2. Heating Uniformly heating billets to around 1,200°C to facilitate deformation. 3. Rotary Piercing Piercing heated billets using skewed rollers and a mandrel to create a hollow shell. 4. Elongation and Sizing Stretching and reducing the hollow shell to achieve the desired dimensions using rolling mills. 5. Heat Treatment Applying processes like normalizing and tempering to enhance mechanical properties. 6. Straightening and Inspection Correcting deformations and inspecting for defects using non-destructive testing methods. 7. Cutting and Finishing Cutting to specified lengths and applying surface finishes like threading or coating Comparison of the Processes There are two main ways to make seamless pipes: hot-rolling and cold-drawing, each with unique features for different uses. Hot-rolled seamless pipes Hot-rolled pipes are formed by passing heated steel billets through processes like piercing and rolling. They are widely used in general structures and mechanical structures, offering high production efficiency and relatively low cost. Cold-drawn seamless pipes Cold-drawn pipes are produced by cold-drawing on hot-rolled seamless pipes, resulting in higher dimensional accuracy and surface finish. They are ideal for high-precision machinery manufacturing and hydraulic equipment where precision is crucial. hot and cold rolled seamless pipe Hot-Rolled Seamless Pipe Cold-Rolled Seamless Pipe Manufacturing Temperature Produced at high temperatures (>1,000°C) Produced at room temperature or slightly elevated Surface Finish Rough, may have scale Smooth, clean surface, minimal oxidation Strength Lower tensile strength and hardness Higher tensile strength, more precise dimensions Cost Less expensive More expensive due to additional processing Applications Heavy-duty, low-precision uses Precision engineering, automotive, aerospace, pressure vessels Choosing the right type depends on specific engineering needs, performance requirements, and manufacturing costs. Rayoung has been a China SMLS Steel Pipe supplier and exporter since 1983. We offer various oil, gas, and fire protection pipeline solutions. Our steel pipe experts and efficient teams are available online! Email: info@js07chinajsgj.com

Minimum Order: 10 long tons

ASME B16.5: The Foundation of Flange Ratings ASME B16.5 is the authoritative standard for pipe flanges and flanged fittings, outlining critical dimensions, pressure-temperature ratings, materials, and testing. It establishes seven primary pressure classes: 150, 300, 400, 600, 900, 1500, and 2500. While each serves a specific purpose, Class 150 and Class 300 flanges are exceptionally common in both industrial and commercial settings due to their versatility. Class 150 Flange vs. Class 300 Flanges The distinction between Class 150 and Class 300 flanges boils down to their performance capabilities, particularly their ability to handle pressure and temperature. Strength and Pressure Handling At the heart of the matter is pressure resilience. Class 300 flanges are engineered for considerably higher pressure tolerances compared to their Class 150 counterparts. Class 150 Flanges: Typically rated to withstand pressures up to 285 psi. Class 300 Flanges: Designed for more demanding conditions, handling pressures up to 740 psi. This significant difference in pressure rating directly impacts where each flange type is best utilized. Applications Class 150 Flange Applications Class 150 flanges are commonly used in low-pressure and moderate-temperature applications. Typical industries and use cases include: Water Treatment and Distribution: Perfect for municipal water systems where pressures are controlled. HVAC Systems: Commonly found in heating, ventilation, and air conditioning pipelines that don’t experience extreme pressure fluctuations. Food and Beverage Processing: Suited for non-corrosive fluid lines within moderate pressure limits. Low-Pressure Oil & Gas Segments: Utilized in less critical sections of pipelines where operational pressures remain well below 285 psi. Class 300 Flange Applications: Class 300 flanges are used in higher-pressure and higher-temperature environments, such as: Petrochemical and Refining: Essential for handling high-pressure steam, various gases, and corrosive chemicals. Power Generation Plants: Critical in high-pressure steam lines and boiler feed systems where reliability is paramount. Heavy Industrial Process Piping: Employed in chemical plants and manufacturing facilities demanding robust and secure connections for intensive processes. High-Pressure Oil & Gas Systems: Indispensable in pipelines transporting crude oil, natural gas, and other energy products under significant pressure. In essence, industries prioritizing superior sealing integrity and safety under high-pressure conditions will almost always opt for Class 300 flanges. Dimensional Variations The differences aren’t just in pressure ratings; they’re physically evident in the flange’s construction. Wall Thickness: Expect Class 300 flanges to possess noticeably thicker walls and a greater overall mass, directly contributing to their ability to withstand higher forces. Outside Diameter (OD): Class 300 flanges generally feature a larger outside diameter. For example, a 4-inch Class 150 flange might have an OD of approximately 9 inches, whereas a 4-inch Class 300 flange would be closer to 10.75 inches. Bolt Circle Diameter & Bolt Holes: To accommodate increased pressure and ensure a se

Minimum Order: 10 long tons

Steel pipe reducers are essential components in many piping systems, facilitating the connection of pipes with varying diameters. They play a crucial role in controlling fluid flow, making them indispensable in various industrial and residential applications. What is a Steel Pipe Reducer? A pipe reducer is a fitting used to change the diameter of a pipeline, either by enlarging or reducing it. As the name suggests, reducers enable the smooth transfer of fluids from a larger pipe to a smaller one, or vice versa. This functionality is key to regulating liquid flow and adjusting its velocity within a system. Essentially, the primary purpose of a reducer is to manage and control fluid dynamics, enabling precise adjustments in flow rate as needed. At JSFittings, our steel pipe reducers are engineered with precision, adhering to stringent international standards, including ASTM and ASME. Whether it’s for high-pressure oil pipelines or typical residential water systems, our reducer pipe fittings ensure leak-proof connections and long-lasting reliability. Steel Pipe Reducer Applications of Steel Pipe Reducers Steel reducers are widely utilized in demanding environments like chemical factories and power plants, where they enhance the reliability and compactness of piping systems. They protect the system from adverse impacts and thermal deformation. When integrated into a pressure circuit, they prevent leakage and simplify installation. Furthermore, reducers coated with nickel or chrome offer extended product life, are ideal for high-vapor lines, and provide excellent corrosion resistance. Steel Pipe Reducers Types: Pipe reducers are primarily categorized into two types: concentric reducers and eccentric reducers. 1. Steel Pipe Concentric Reducer This type features a symmetrical, conical shape, ensuring that the diameter change occurs uniformly around the centerline. Key Features: Facilitates a smooth transition between pumps and piping. Effectively conveys slurries and abrasive fluids. Suitable for operations where corrosion is a concern. Ideal for situations requiring different ratings and wear protection when connecting flanges or pipes. Perfectly suited for use in pump suction lines. 2. Steel Pipe Eccentric Reducer Unlike its concentric counterpart, the eccentric reducer is not symmetrical about the centerline. It’s specifically designed for pipe-work systems where the pipe diameter needs to be reduced while maintaining a flat top or bottom surface. Key Features: Enables the connection of pipes with significantly different diameters. Contributes to reduced noise and vibration in the system. Requires minimal installation space. Helps absorb noise generated by pipe walls and fluid turbulence. Minimizes turbulence entrapment. Often used with the flat side up in pump pressure applications to mitigate cavitation. steel pipe concentric reducers and eccentric reducers Concentric Reducers vs. Eccentric Reducers: While concentric reducers are more commonly used, eccentric reducers are specifically employed to maintain consistent top or bottom pipe levels. Eccentric reducers are also crucial in preventing air entrapment within the pipeline, whereas concentric reducers are effective in reducing noise pollution. Connection Types of Pipe Reducers Pipe reducers are also classified by their connection methods: socket weld reducers and butt weld reducers. Socket Weld Reducer: Also known as a socket weld insert, these come in three types (1, 2, and 3) and comply with ASME B16.11 manufacturing standards. Socket welds offer about half the strength of butt welds and are typically used for small-diameter pipes (NPS 2 or less). Butt Weld Reducer: These reducers have plain or beveled ends, manufactured according to ASME B16.9, with welding processes adhering to ASME B16.25. Butt welds provide superior strength, making them suitable for high-pressure and high-temperature pipelines. Material Types for Pipe Reducers Reducers can be crafted from various materials, including carbon steel, alloy steel, and stainless steel, among others. Each material offers distinct properties suitable for different applications. Steel reducers pipe fitting material Carbon Steel Reducers vs. Stainless Steel Reducers Carbon steel reducers generally offer higher pressure resistance, greater strength, and better wear resistance compared to stainless steel. However, carbon steel is more susceptible to corrosion. Carbon Steel Reducer Material Standards and Grades: A234 WPB, A420 WPL6, MSS-SP-75 WPHY 42, 46, 52, 56, 60, 65, and 70. Stainless Steel Reducer Material Standards and Grades: ASTM A403 WP 304, 304L, 316, 316L, 317, 317L, 321, 310, and 904L, etc. Alloy Pipe Reducer Material Standards and Grades: A234 WP1, WP5, WP9, WP11, WP22, WP91, etc. JSFITTINGS is dedicated to providing comprehensive piping solutions for industrial clients worldwide. Based in China, we deliver high-quality steel pipe fittings globally, ensuring optimal performance and reliability for diverse industrial needs.

Minimum Order: 10 long tons

Plate flanges are commonly used in applications where the mating flange or flanged fitting is made from a casting. JSFITTINGS offers plate flanges according to ASME/ANSI B16.5 and GOST,EN1092 standards, in both carbon steel and stainless steel. What are Plate flanges? A Plate Flange is a type of flange that is made from a flat piece of metal, typically steel or stainless steel. The flange is cut and formed to shape, with a raised face on one side and a recessed area on the other side. It is often referred to as a flat flange, a plain flange, and flange slip, etc. Two plate flanges can be bolted together with a gasket in between them, usually used in fuel and water pipelines. Plate flanges have a serrated finish on the inner mating surface, allowing the plate to fit within the material of the gasket. In any given dimension, plate flange designs are standardized regardless of the materials used to manufacture them. What are the plate flange Advantages? Plate flanges have several advantages, such as: Easy to Manufacture: Plate flanges can be easily manufactured by cutting and shaping a flat plate. Cost-Effective: Plate flanges are relatively inexpensive compared to other types of flanges, making them a cost-effective option. Customizable: Plate flanges can be customized to suit specific application needs, such as different pressure ratings and sizes. ASME ANSI B16.5 Plate Flange Plate flanges Application: Plate flanges have several uses, such as: Piping Systems: Plate flanges are commonly used in piping systems to connect pipes and other fittings. Industrial Applications: Plate flanges are used in various industrial applications, such as oil and gas, chemical, and power plants. High-pressure and High-temperature Applications: Plate flanges are suitable for use in high-pressure and high-temperature environments because of their strength and durability. Why choose JSFITTINGS as your industrial flange supplier? 1. 30,000-ton production capacity guarantee Stable supply of large-scale project needs 2. Dual-standard certified steel pipes API 5L + EN 10219 dual compliance assurance 3. Precision Cutting Services Ready-to-use pipe end treatments 4. Oil and Gas Project Logistics System Exclusive Shipping Solutions Covering Central Asia/Middle East 1.1 Dimensional Tolerance Checks (Per ASTM A530 / API 5L) Parameter Tolerance Instrument Used Outer Diameter (OD) ±1% of nominal OD (or ±0.79mm) Pi tape / Laser micrometer Wall Thickness (WT) ±12.5% (SCH40 and below) Ultrasonic thickness gauge (UTG) Length ±3mm for random, ±6mm for cut-length Calibrated tape measure Straightness ≤0.2% of total length Optical comparator Bevel Angle (for welding) 30°–35° (±5°) Bevel protractor 1.2 Visual & Surface Inspection Defect Identification: Lamination – Check for delamination near pipe ends Scratches/Dents – Max 5% of WT depth allowed (per ASME B31.3) Rust & Mill Scale – Controlled by SSPC-SP6 (Commercial Blast Cleaning) Method: White light inspection (10,000 lux minimum) Dye penetrant test (PT) for surface cracks 2. Mechanical & Chemical Testing. 2.1 Chemical Composition (Per ASTM A751) Spark OES Analyzer (for C, Mn, Si, P, S, Cr, Mo, etc.) LECO Gas Analyzer (for O₂, N₂, H₂ in high-purity applications) Sampling: Drill chips from mid-wall section (avoiding decarburization) 2.2 Mechanical Properties Test Standard Equipment Acceptance Criteria Tensile Test ASTM A370 Universal testing machine ≥415 MPa (A106 Gr.B) Hardness Test ASTM E10/E18 Rockwell/Brinell tester ≤187 HB (A106 Gr.B) Impact Test (Charpy V) ASTM A370 Pendulum impact tester ≥27J @ -20°C (API 5L X42) Flattening Test ASTM A53 Hydraulic press No cracking @ ⅔ WT flattening Drift Expanding Test API 5L Mandrel expansion tool No cracks @ 8% expansion (Note: A106 requires extra tensile tests at elevated temps for high-temp service) 3. Non-Destructive Testing (NDT) 3.1 Ultrasonic Testing (UT) Method: Automated rotating UT probes (ASTM E213) Detection Capability: Laminations: ≥5% of WT Inclusions: ≥2mm diameter Scanner Type: Immersion tank UT for full-body coverage 3.2 Radiographic Testing (RT) Standard: ASTM E94 (Film/Digital RT) Sensitivity: Detect 2% WT lack of fusion in welds Application: Mandatory for ERW weld seams (API 5L) 10% random sampling for seamless pipes 3.3 Eddy Current Testing (ECT) Used for surface crack detection in thin-walled pipes (SCH10 and below) Advantage: No couplant, fast scanning speed (30m/min) 3.4 Hydrostatic Test Pressure: Minimum 1.5x design pressure (ASME B31.3) Duration: ≥10 sec (ASTM A106) Leak Criteria: Zero visual weeping 4. Specialized Tests for Critical Applications 4.1 Corrosion Testing Salt Spray Test (ASTM B117): 720h exposure for coastal projects HIC Test (NACE TM0284): Hydrogen-induced cracking resistance for sour service SSC Test (NACE TM0177): Sulfide stress cracking evaluation 4.2 High-Temperature Performance Creep Rupture Test (ASTM E139): 10,000h data available for A106 Gr.B Cyclic Oxidation Test: Weight loss measurement at 600°C

Minimum Order: 100

We are the prominent exporter of Bitumen 80/100 which is known for their accurate chemical composition and high water proofing capabilities. This bitumen is used for enamels, roofing, road surfacing, paints, waterproofing, mixing applications, spraying, electrical products, and others. Clients can avail this bitumen 80/100 at reasonable price in the market

AN-ISGL02-D series multi-functional integrated solar street light, Built-in intelligent microwave induction system. It can realize the day time and night time. 360 degree lighting design can help to light without blind zone. Unique designed remote control with 6 functions. Energy saving, high brightness, long life. Rain-proof, rust-proof structure, maintenance free for permanent installation. Anern solar street lights limited time best quote. Focus on Wholesale/Distribution, welcome to consult us. ( *Send inquiry, get exclusive quotation now! ) ANERN solar garden light supplier Anern factory has advanced production equipment, professional production lines and excellent research and development team, using the world's leading technology, through international standard management and strict quality control, to ensure the stability of product performance and high quality. We can provide cost-effective, energy efficient and long-term outdoor lighting solutions. Anern, as an excellent solar equipment suppliers, offers a wide range of anern solar power system for you to choose from.

Minimum Order: 100

The AN-SCI02-MD series power range 3.5KW-5.5KW and combine the functions of inverter, and solar charger and battery charger in one. In particular, the touch LCD LCD panel is detachable. Users can place the LCD monitoring screen anywhere in the home according to the actual environmental requirements to achieve remote monitoring and operation. ANERN Hybrid Solar Inverter Factory Anern has a professional automated hybrid solar inverter factory and introduces advanced automated production equipment. Our 4.2 kw solar inverter for sale has passed ISO9001, CE, ROHS, TUV, and other certifications, and the quality meets international standards. Anern has a professional R&D team to customize exclusive solar energy production solutions for each customer. As a professional outdoor LED lighting factory, Anern is always at your service!

Minimum Order: 100

PWM solar charge controller is used to control the solar panel to charge the battery device. It regulates and controls the charging and discharging conditions of the battery, and controls the power output of the solar cell and the battery to the load according to the power demand of the load. As one of the leading PWM solar charge controller suppliers, Anern provides quality PWM solar power controller for our customers at great prices! ANERN PWM Solar Charge Controller Supplier As one of the leading solar controller factory in China, Anern has a professional automated factory and introduces advanced automated production equipment for our PWM MPPT charge controllers. All Anern PWM solar controllers have passed ISO9001, CE, ROHS, TUV and other certifications, and the quality meets international standards. Anern has a professional R&D team to customize exclusive solar energy solutions for each customer. Anern solar company, as an excellent solar power system company, offers a wide range of anern solar power system for you to choose from.

Minimum Order: 100

An-SCI02 3.5 kW/5.5 kW anern hybrid solar inverter series combines the functions of a anern inverter and solar controller. This pure sine wave hybrid solar inverter has excellent electrical parameters that increase the power generation and efficiency of the entire system. It is an important component of the off-grid solar power supply system, which can be directly used by the load without connecting the battery. ANERN Pure Sine Wave Hybrid Inverter Factory Anern has a professional automated factory and introduces advanced automated production equipment for our pure sine wave solar power inverter production. Our 3.5/5.5 kva anern solar inverter have passed ISO9001, CE, ROHS, TUV and other certifications, and the quality meets international standards. As one of the leading hybrid solar inverter suppliers in China, Anern has a professional R&D team to customize exclusive solar energy solutions for each customer. Anern, as an excellent solar power system company, offers a wide range of anern solar power system for you to choose from.

Minimum Order: 100

Anern 15kw-50kw off-grid solar system is a highly reliable off grid hybrid solar system. This series of 30kw off grid solar system use high-frequency off grid solar inverters to ensure the safe and stable operation of high- power motors. With large power generation to meet larger demand, widely used in offices, homes, schools, hospitals, and other places. Solar panels have a lifespan of 25 years, so the return on investment for solar systems using green energy generation is high in the long run. ( *Lithium battery Off-Grid solar power system solution optional) Commercial Off-grid Solar Systems FAQs What are 15kw off-grid solar system price advantages? Some advantages of a 15kw solar system off grid include reduced reliance on traditional electricity sources, lower electricity bills, and potential long-term cost savings. Additionally, off-grid solar systems can be more environmentally friendly and sustainable, as they reduce the use of fossil fuels and can provide power in remote areas without access to the grid. What can a 20 KW off-grid solar system power? A 20 kW off-grid solar system can power a medium-sized home or small business, including appliances such as air conditioning units, refrigerators, and computers. What are the 25 KW off-grid solar system applications? A 25 kW off-grid solar system can be used for a variety of applications, including powering a large home or small business, a remote cabin, or a telecommunications tower. It can also be used in areas where there is no access to the grid or where the cost of grid electricity is high. How much does a 30kw off-grid solar system cost? The 30kw off-grid solar system cost can vary depending on factors such as the type of average price of solar panels, batteries, and inverters used, as well as installation and labor costs. However, as a rough estimate, a 30 kW off-grid solar system can cost around $50,000 to $70,000 or more. ANERN 15Kw/20Kw/30Kw/50Kw Off-Grid Solar System Factory Anern has a professional automated factory and introduces advanced automated production equipment. All of our large off-grid solar power systems have passed ISO9001, CE, ROHS, TUV and other certifications, and the quality meets international standards. Anern has a professional R&D team to customize exclusive solar energy generation solutions for each customer. Anern, as an excellent led solar light factory, offers a wide range of anern solar power system for you to choose from.

Minimum Order: 100

MPPT charge controller, namely Maximum Power Point Tracking (MPPT), is a photovoltaic battery charging controller developed by independent technology. MPPT can improve the control accuracy compared with PWM controller. Moreover, the output power of solar energy panel can be increased by 5%-30%. MPPT lithium charge controller has a maximum charging current of up to 100A, which is the core control part of the whole photovoltaic power supply system. ANERN mppt solar charge controller manufacturers As a leading solar controller company in China, Anern has a professional automated factory and introduces advanced automated production equipment for our MPPT charge controller kit. All of our MPPT lithium solar charge controllers have passed ISO9001, CE, ROHS, TUV and other certifications, and the quality meets international standards. Anern has a professional R&D team to customize complete solar energy solutions for each customer. Anern, as an excellent led solar light factory, offers a wide range of anern solar panel for you to choose from.

Minimum Order: 100

Anern has the WSPI series and the SPI series low-frequency solar inverters. The AN-WSPI low-frequency hybrid inverter is the best choice for small household inverters, stores, and other solar energy generation needs. The AN-SPI low-frequency power inverter with UPS function is the first choice for large-scale solar power system sales for industrial, commercial, and ground power stations. WHAT MAKES ANERN INVERTER THE BEST LOW FREQUENCY INVERTER? Low-frequency solar inverters can withstand more complex load conditions. They are suitable for mains power unstable or often off, and important equipment that requires backup power. The hybrid inverter with low frequency has high conversion efficiency and strong nonlinear load-driving ability. LOW FREQUENCY SOLAR INVERTER VS HIGH FREQUENCY SOLAR INVERTER Low-Frequency Solar Inverter VS High-Frequency Solar Inverter Different frequency The low frequency is 30~300kHz, and the frequency range is 3~30MH. Different signal Compared with the low-frequency signal, the high-frequency signal changes very fast and has a mutation. Low-frequency signal changes slowly and the waveform is smooth. Advantages of both The advantages of high-frequency inverters are lightweight and small volume, low standby power, and high efficiency. The low-frequency inverter is more durable and has a strong ability to drive impact electrical appliances. Application: Low frequency hybrid inverter can be used in residential solar power systems to power household equipment such as televisions, refrigerators, washing machines, and air conditioners. With the help of a low frequency inverter, it can provide a powerful guarantee for small-scale solar power generation systems customized projects such as farms and ranches, meeting your power problem at any time. In addition, low-frequency inverters can provide energy in large solar power systems for industrial use such as power stations in areas where utility power is unreliable.  Anern, as an excellent led solar light company, offers a wide range of anern solar street light for you to choose from.

Minimum Order: 300

As one of the leading LED indoor light manufacturers in China, Anern provides one-stop OEM/ODM solutions for our LED Interior Lights. We also have SKD export, you can buy accessories and customize the box. Through 46 advanced molding processes and 22 world-leading new technologies, Anern ensures the temperature of our indoor LED light fixtures is below 60°C, and their service life is up to 50,000 hours. WHAT MAKES ANERN INTERIOR LED LIGHT FIXTURES STAND OUT? Indoor LED light fixtures can emit rich light colour effects and higher chroma. Light does not flicker, protect eyes. Long service life, light source frequently light up and out, will not affect the LED indoor light life and start fast. Anern interior LED light fixtures are small in size, light in weight and easy to install. They are one of the ideal interior decoration materials and provide ideas for the lighting design of interior space. Our indoor LED light fixtures consume less power, good impact resistance, good shock resistance, not easy to break, easy to transport. ANERN INDOOR LED LIGHT FIXTURES LIGHTING CHARACTERISTICS Anern Indoor LED Light Fixtures Lighting Characteristics Museums and art galleries have high requirements for lighting environment. LED is a cold light source, the light does not contain ultraviolet and infrared rays, does not contain mercury, does not have thermal radiation, green and environmental protection, which can meet the special requirements for lighting in these scenes. LEDs are made of non-toxic materials, and leds can be recycled. LED power consumption is quite low, only need very weak current can be normal light, there is no filament light easy to burn, thermal deposition, light failure and other shortcomings. The service life can reach 50,000 to 100,000 hours, which can meet the needs of daily lighting.LED lighting can also provide a warm atmosphere and create a personalized light environment. It can also be used for decoration design. LED uses cold luminescence technology, low driving voltage, small working current, small heating product, the heat is much lower than the same power of ordinary lighting lamps, safe to touch. The LED lighting is adjustable, which can be used to set the lighting environment in offices and conference rooms to meet the lighting requirements of different meeting themes. As a professional outdoor LED lighting factory, Anern is always at your service! For more information about anern solar lights, please feel free to contact us!

Minimum Order: 300

Anern 1.5KW 2KVA 2.4KVA patent solar hybrid inverter (AN-SCIO2-Azure series) can effectively improve the utilization efficiency of solar energy, especially suitable for situations where the power grid is unstable or the cost of the power grid is high. This hybrid inverter features a small power of 1.5-2.4kW, which is the best choice for a house of small size. 1.5 KW Solar Inverter Vs 2 KW Hybrid Inverter Vs 2.4 KVA Solar Inverter A 1.5 kw hybrid inverter is designed to convert DC electricity produced into AC electricity by AC solar panels, which can be used in homes or exported to the grid. It's suitable for smaller solar panel systems typically used in solar panel solutions for homes. A 2 KW hybrid inverter, on the other hand, combines the functions of a hybrid solar power inverter and a battery inverter. It converts DC electricity from solar panels into AC electricity, stores excess energy in a battery bank, and supplies AC electricity to the home when needed. It also manages the battery charging and discharging process, making it a popular choice for off-grid and backup power applications. A 2.4 KVA solar inverter, on the other hand, is designed to convert DC electricity from solar panels into AC electricity that can be used in homes or exported to the grid. It's typically used for medium-sized solar panel systems, such as those used for small commercial solar solutions or larger residential applications. ANERN Hybrid Solar Inverter Factory Anern has a professional automated factory and introduces advanced automated production equipment. All products have passed ISO9001, CE, ROHS, TUV and other certifications, and the quality meets international standards. Anern has a professional R&D team to customize exclusive solar energy solutions for each customer.

Minimum Order: 100