Welding & Soldering

Features: 1. The foot pedal starts the soldering, which is simple and easy to understand. 2. Customize different fixtures according to the product. 3. Diversified welding wires, one machine with multiple uses. 4. Stable and uniform delivery of tin with stepping motor. 5. High-quality tin head and welding head to ensure long-term work. 6. Rolling tin delivery, fast delivery of tin is not easy to get stuck, and work more convenient.  

Minimum Order: 1 bags

The Welding neck flanges are available across various materials. Carbon steel, alloy steel, stainless steel, and more meet the Standard. A weld neck flange, also called a tapered hub flange or high-hub flange, is a kind of flange that can relocate stress to the pipes, ensuring a decrease in high-stress concentration at the bottom of the flange. There are two welding neck flanges designs – the first type is used with wipes while the second, longer type cannot be used with pipes but with a process plant. The weld neck flange comprises of a round fitting that extends beyond the rim of the circumference. These flanges, typically manufactured from forging, are actually welded to pipes. Standard: The WN (Weld Neck) steel pipe flanges offered by our company adhere to international standards such as ANSI, ASME, ASTM, DIN, and JIS. These flanges are designed to provide exceptional performance and reliability in various industrial applications. Material: Our WN steel pipe flanges are manufactured using high-quality materials, ensuring durability and resistance to corrosion. Common materials include carbon steel (ASTM A105), stainless steel (ASTM A182 F304/F316), and alloy steel (ASTM A182 F11/F22). Specification: Our WN flanges are available in a wide range of sizes, pressure ratings, and dimensions. The specifications can be customized to meet the specific requirements of your project. We offer flanges with various facing options, including raised face (RF), flat face (FF), and ring type joint (RTJ). Inspection: We maintain strict quality control measures throughout the manufacturing process to ensure that our WN steel pipe flanges meet the highest standards. Each flange undergoes rigorous inspection and testing, including dimensional checks, visual inspection, material analysis, and hydrostatic testing.Delivery: We strive to provide efficient and prompt delivery of our products. Our logistics team ensures safe packaging and timely shipment to your desired location, both domestically and internationally. Expedited delivery options are available upon request. A weld neck flange, also called a tapered hub flange or high-hub flange, is a kind of flange that can relocate stress to the pipes, ensuring a decrease in high-stress concentration at the bottom of the flange. There are two welding neck flanges designs – the first type is used with wipes while the second, longer type cannot be used with pipes but with a process plant. The weld neck flange comprises of a round fitting that extends beyond the rim of the circumference. These flanges, typically manufactured from forging, are actually welded to pipes. Standard: The WN (Weld Neck) steel pipe flanges offered by our company adhere to international standards such as ANSI, ASME, ASTM, DIN, and JIS. These flanges are designed to provide exceptional performance and reliability in various industrial applications. weld neck flange supplier Material: Our WN steel pipe flanges are manufactured using high-quality materials, ensuring durability and resistance to corrosion. Common materials include carbon steel (ASTM A105), stainless steel (ASTM A182 F304/F316), and alloy steel (ASTM A182 F11/F22). Specification: Our WN flanges are available in a wide range of sizes, pressure ratings, and dimensions. The specifications can be customized to meet the specific requirements of your project. We offer flanges with various facing options, including raised face (RF), flat face (FF), and ring type joint (RTJ). Inspection: We maintain strict quality control measures throughout the manufacturing process to ensure that our WN steel pipe flanges meet the highest standards. Each flange undergoes rigorous inspection and testing, including dimensional checks, visual inspection, material analysis, and hydrostatic testing. weld neck flange factory Delivery: We strive to provide efficient and prompt delivery of our products. Our logistics team ensures safe packaging and timely shipment to your desired location, both domestically and internationally. Expedited delivery options are available upon request. weld neck flange manufacturer Application: WN steel pipe flanges find extensive use in industries such as oil and gas, petrochemical, chemical processing, power generation, and shipbuilding. They are commonly employed in pipeline systems, connecting pipes, valves, and equipment. With their excellent sealing capabilities and structural integrity, WN flanges offer reliable performance in demanding environments. Note: For detailed product specifications and customization options, please refer to our product catalog or contact our sales team for further assistance. Our advantage 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

Socket weld flanges, also known as SW flanges, have a recessed area (like a shoulder) in the flange bore. This shoulder serves as a guide to set the depth of the pipe that is inserted into the flange. Socket weld flanges are a less common but equally effective connection for flanges that require less overall available space than a traditional weld neck flange, with a counterbore in the center to allow for a clean weld of pipe into the socket. The advantage of socket weld flanges is their simple design; they are well- suited for small pipe size applications, and for non-critical applications, e.g., non-hazardous systems; they are not suitable for highly erosive or corrosive systems. Socket welded flange including RF type and RTJ type, which like other types of welding flanges (slip-on, weld neck, or blind flange). Socket Weld Flanges Application: Socket weld flanges are commonly used in high-pressure piping systems such as chemical processing, petrochemical refining, oil and gas, and power generation systems. These flanges efficiently connect pipes to valves, fittings, and equipment while offering high reliability and safety. In some instances, socket weld flanges are used in small-bore piping systems such as steam, air, water, and gas pipelines where high pressure and temperatures exist. Key Features: Material: Manufactured using superior quality steel, offering high strength, durability, and corrosion resistance. Sizes: Available in diverse sizes to accommodate various pipe diameters. Custom sizes also available on request. Standards: Complies with ASME B16.5 and B16.47 standards, ensuring high-quality and compatibility with a wide range of pipe fittings. Design: The recessed design of the socket weld flange allows for precise alignment of the pipe and flange, reducing the risk of leakage. Applications: Perfect for high-pressure applications and smaller pipe sizes. Widely used in industries such as oil & gas, chemical processing, power generation, and more. Socket welded flange including RF type and RTJ type, which like other types of welding flanges (slip-on, weld neck, or blind flange). Socket Weld Flange vs Slip On Flange Socket welded flange shape is similar to slip on flange, differently it has a shoulder at the inner bore. Slip On Flange – No shoulder at inner bore. Socket weld flange static strength is equal to slip on flange, but it’s fatigue strength is 50% higher than the double welded slip on flange. With our Steel Socket Weld Flanges, you can expect a high-quality, reliable solution for your piping system needs. We are dedicated to delivering products that not only meet but exceed industry standards.

Minimum Order: 100

Blind flanges are used to close off the ends of pipes, valves, or other equipment, providing a secure seal. Blind Flanges – The Essential Pipeline Closure Solution What Are Blind Flanges? Blind flanges (also termed “closure plate flanges”) serve as permanent or temporary termination points in piping systems. Unlike standard flanges, they feature a solid center without a borehole, creating an impenetrable seal when bolted to pipe ends, valves, or pressure vessels. At JSFITTING, we manufacture industry-compliant blind flanges in all sizes and pressure classes, offering three sealing face variants: Flat Face (FF) Raised Face (RF) Ring-Type Joint (RTJ) Our Blind Flanges Core Features & Benefits 1. Flow Isolation No central opening ensures zero media leakage—critical for system maintenance or pressurization testing. 2. Multi-Functional Adaptability Convertible to slip-on flanges via drilling Threadable for threaded flange applications 3. Material Versatility Available in: Carbon Steel (ASTM A105) Stainless Steel (A182 F304/316) Alloy Steel (F11/F22/F91) 4. Pressure-Containment Ready Designs comply with ASME B16.5/B16.47 pressure ratings from Class 150 to 2500. Key Applications Oil & Gas Platforms Pipeline pigging isolation Wellhead termination Chemical Plants Reactor vessel sealing Water Treatment Pump discharge termination System expansion cap points Installation Best Practices 1. Gasket Selection Guide: RF Flanges: Use ring gaskets (RTJ for high-pressure) FF Flanges: Require full-face gaskets to distribute bolt loads 2. Critical Placement Locations: Upstream/downstream of block valves Equipment nozzle termination Figure-8 Blinds for frequent access points Why Choose JSFITTING Blind Flanges? blind flange pipe fittings Cangzhou-Based Manufacturing Hub 30,000㎡ production facility 5,000+ ton annual capacity Stock Advantages Same-day shipping for standard sizes Certified Quality ISO 9001, CE, API 6A certified 100% PMI tested material chemistry End-to-End Technical Support From 3D modeling validation to bolt torque specifications Request Your Blind Flange Solution Call: +86 180 0311 9682 Email: sales@jsfittings.com

Minimum Order: 100

Steel pipe Slip-On (SO) Flanges are engineered for high performance in low- pressure applications, suitable for petrochemical, oil & gas, and water treatment. Meet ASME B16.5 and B16.47 standards and more. Brand: JS FITTINGS Place of Origin: CHINA Material: carbon steel, alloy steel, stainless steel Standard: ANSI/ASME B16.5, EN 1092, GOST33259, BS, DIN, SABS Surface Treatment: anti-rust oil, black painting, yellow painting What is a slip-on flange? Slip-on flanges, also known as ‘hubbed flanges’, have a hub with a very low profile. This slip-on flange is usually connected to a pipe by one or two fillet welds (one outside the flange and one inside the flange), it is, however, possible to use only a single weld. The connection is typically secured with two fillet welds—one on the outer and one on the inner side of the flange. For less critical applications, a single external weld can suffice. This welding method, however, does not create a full-penetration bond, which makes slip-on flanges the ideal choice for lower- pressure and lower-risk environments. Their design makes them a common sight in utility lines for cooling water, firefighting, low-pressure compressed air, and process lines carrying substances like steam, oil, and gas. A key design feature of a slip-on flange is its internal diameter, which is slightly larger than the pipe’s outer diameter, enabling the “slip-on” fit. While their weld integrity is lower than that of a welding neck flange, they offer a significant advantage in tight spaces. However, if a welding neck flange cannot be used due to space limitations, a slip-on flange may be a suitable alternative. When you need a robust and dependable connection, quality is non-negotiable. Our slip-on (SO) flanges are designed to slide over the pipe and be welded securely, creating a lasting seal. Every flange we supply conforms to the rigorous ASME B16.5 and B16.47 standards, ensuring your system meets critical safety and operational requirements. Key Features: Material: High-quality steel that ensures durability and resistance to corrosion. Sizes: Available in a range of sizes to fit different pipe diameters. Custom sizes can also be created upon request. Standards: Manufactured according to ASME B16.5 and B16.47 standards, guaranteeing quality and compatibility with various pipe fittings. Ease of Installation: Slides easily over the pipe and secures with welding, providing a robust and reliable connection. Applications: Ideal for use in lower pressure applications and suitable for industries such as petrochemical, oil & gas, water treatment, and more. Choosing the Right Type of Slip-On Flange for Your Project SO flanges are available in two primary designs, each engineered to solve specific challenges within a piping system: 1. Standard (Raised Face) Slip-On Flanges This is the most common type, featuring a “raised face” on the sealing surface. This slightly elevated platform is crucial because it concentrates the bolt-tightening pressure onto the gasket, creating an exceptionally reliable seal. This design is highly effective and recommended for low-pressure systems where preventing leaks is a top priority. 2. Lap Joint Slip-On Flanges The lap joint configuration consists of a flat-faced flange that works with a separate backing flange and a lap joint stub end. After the stub end is welded to the pipe, the backing flange can slide and rotate freely. This clever design offers unmatched flexibility, simplifying the alignment of bolt holes during installation or maintenance. It’s the perfect solution for systems that require frequent dismantling or those that experience thermal expansion and contraction. Trust JSFITTINGS for Industry-Leading Flanges! At JSFITTINGS, we are an industry-leading supplier offering an extensive selection of slip-on pipe flanges in various steel grades, including carbon, stainless, and alloy. Our well-stocked inventory eliminates frustrating sourcing delays, ensuring you get the flanges you need without putting your project on hold. Combined with our efficient and reliable shipping, you can be confident that your materials will arrive on-site, on time. Contact us today to learn more about our products, or request a no-obligation quote now!

Lap joint flanges are available in many sizes and classes; they are also suitable for elevated temperatures and pressures. Lap joint flanges have a beveled edge on their inside diameter and fit over a pipe. They are most commonly used with a stub end, which is typically welded to the pipe, leaving the lap joint free to rotate around it. Lap joint flanges are especially useful because they eliminate the possibility of issues with bolt hole alignment. They are often used in applications that require frequent dismantling. JSFITTINGS offers lap joint flanges in accordance with DIN EN 1092-1/02, ASME B16.5, and EN PN 10, available in both carbon steel and stainless steel. What is a Lap Joint flange? Lap Joint flanges are sometimes referred to by other names, including: Stub end flange Loose flange Backing flange Vanstone and Backing Ring Van Stone flanges. A lap joint flange (LJF) is an assembly of two elements involving a stub end and a lap joint ring flange (also called a ‘lap joint flange’). To be technically correct, the stub end is not part of a lap joint flange. However, a lap joint flange is always used in conjunction with a stub end, so both parts are often collectively referred to as a ‘lap joint flange’. Lap joint flanges are suitable for piping systems, allowing easy disassembly, while rolled angle rings are suitable for structural applications to create curved or rounded shapes within various structures. Lap Joint flanges are very similar to Slip On flanges. However, Lap Joint flanges include a radius at the intersection of the flange face that is made to accommodate the flared portion of the Stub End, making it only compatible with Stub Ends. Materials for Lap Joint flanges and Lap Joint Stub Ends vary and may even differ in a single implementation to allow for greater cost flexibility. Materials typically used for Lap Joint flanges include a range of stainless steel, carbon steel, and other alloy materials. Lap Joint Flange ASME B16.5 Lap joint flanges are available in many sizes and classes; they are also suitable for elevated temperatures and pressures. Generally, a lap joint flange can be used for the same applications as a welding neck flange. These flanges are available in common dimensions like other flange types, making it easy to integrate them into existing piping systems or use them alongside other piping components. Stub Ends also match both pipe material and wall schedule to maintain both inside and outside diameters of your piping process. This style is typically used in engineered piping systems with critical wall thickness requirements. The advantages of the lap joint flange design are: 1. Inexpensive. 2. Well-suited for corrosive applications. 3. Requires only a single full penetration butt weld. 4. Only the stub end has contact with the process medium 5. It can be easily adjusted to align with the mating flange (the flange can be rotated until the bolt holes align). 6. It is available in almost all pipe diameters. 7. Ideal for systems where frequent disassembly of the flange is required, e.g., when cleaning or inspection is required. There are some limitations on the lap joint flange’s usage, mostly due to its bulkier multiple-component design. Lap joint flanges cannot be used for small- sized piping. As a leading manufacturer of carbon steel pipe fittings and flanges across China, JSFITTINGS has more than 35 years of experience serving industries of all sizes. Our expert sales analysts are available today to help you choose the ideal lap joint flanges or rolled angle rings for your needs. Contact us today to learn more about our selection of high-quality steel flanges.

Tank farming has become one of the fastest-growing markets in farming worldwide. As fish farming increases, the demand for high-grade feed that supports rapid growth, health and wellness, and survival of marine types remains to increase. A floating fish feed machine plays a vital role in generating nutritionally well balanced and water-stable feed. But among the very first concerns aquaculture farmers often ask is: What is the floating fish feed machine cost, and is it worth the financial investment? This short article gives a thorough floating fish feed equipment cost and investment overview for aquaculture farmers, covering the variables affecting cost, cost analysis, and benefits of purchasing this necessary tools. What is a Floating Fish Feed Equipment? A drifting fish feed maker is specialized tools created to generate drifting pellets for numerous fish species such as tilapia, catfish, carp, and decorative fish. Unlike sinking feed, floating feed pellets continue to be on the water surface, allowing farmers to keep an eye on fish feeding habits and minimize feed waste. Drifting feed makes certain that nutrients are efficiently consumed, boosts development rates, and improves fish health. Modern equipments can create feed in various sizes and formulas, dealing with the specific requirements of fry, juvenile, and adult fish. Trick Features of a Drifting Fish Feed Machine Precision Pelletizing Floating fish feed equipments make use of innovative extrusion modern technology to shape feed into uniform pellets with regular size and density, making certain optimum buoyancy. Adjustable Formulas Components like fish dish, soybean dish, corn, vitamins, and minerals can be combined to fulfill the dietary requirements of different fish species. Flexible Pellet Dimension The die and roller system allows manufacturing of pellets ranging from 1 mm for fry to 5-- 6 mm for adult fish. Power Efficiency Modern devices are created with energy-saving motors and maximized assembly line, decreasing functional prices. Resilience and Long life High-quality products for die, rollers, and framework guarantee lasting usage with marginal maintenance. Elements Influencing Drifting Fish Feed Maker Cost The floating fish feed equipment rate depends upon numerous variables, consisting of: Production Capability Small machines (100-- 500 kg/h) are ideal for backyard or small tank farming ranches, while tool and large equipments (1-- 5T/h) cater to business and industrial fish feed production. Automation Level Fully automated makers with incorporated feeding, extrusion, and cooling systems set you back even more yet conserve labor and increase efficiency. Semi-automatic machines are less costly but need more manual input. Machine Type Ring pass away extrusion equipments are much more effective and appropriate for commercial manufacturing, while level die equipments are economical alternatives for little ranches. Basic Material Compatibility Makers efficient in processing multiple feed active ingredients, including high-protein and pellet-binding ingredients, typically have higher costs. Brand and Maker Internationally licensed brand names with ISO, CE, and SGS approvals might bill even more however supply far better high quality, reliability, and after-sales assistance. Neighborhood brand names may be more budget friendly however need cautious assessment for resilience. Additional Tools A total floating fish feed production line includes grinders, mixers, conditioners, pellet mills, coolers, and product packaging systems. The incorporation of these supporting makers impacts total financial investment. Estimated Floating Fish Feed Maker Rate Array While rates differ depending upon capability and setup: Small devices: Budget-friendly for specific farmers or hobby aquaculture operations. Medium-scale equipments: Ideal for small commercial farms; modest financial investment with secure production. Massive machines: High-capacity commercial makers that call for substantial investment yet support mass production and regional feed supply. Investors need to think about not only the ahead of time expense but likewise long-term benefits such as efficiency, sturdiness, and lowered feed wastage. Advantages of Purchasing a Drifting Fish Feed Equipment Minimized Feed Waste Drifting pellets allow farmers to keep an eye on feeding and lessen overfeeding. This leads to set you back financial savings and cleaner fish pond problems. Much Better Fish Development and Health Well balanced, nutrient-rich pellets enhance growth prices, survival, and resistance, making sure greater productivity and earnings. Custom-made Feed Formulations Farmers can generate feed customized to particular fish varieties, life stages, and water problems, improving farm efficiency. Energy and Labor Savings Modern equipments lower energy usage and labor requirements, enhancing production efficiency. Organization Expansion Opportunities Surplus feed can be sold to other fish farmers, providing extra profits streams. Sustainability Utilizing in your area available resources and agricultural byproducts lowers environmental effect and advertises lasting tank farming. How to Pick the Right Drifting Fish Feed Equipment When selecting a floating fish feed machine, aquaculture farmers need to take into consideration: Production Needs: Examine day-to-day feed requirements and pick a machine with ideal capability. Feed Kind and Types: Ensure the device creates pellets proper for the fish types being farmed. Automation and Effectiveness: Totally automated devices conserve labor however rise first expense; semi-automatic choices might be a lot more affordable. Sturdiness and Maintenance: Select makers with quality products and easy access for maintenance to decrease downtime. After-Sales Service: Trustworthy suppliers supply installment advice, spare components, and technical assistance. Tips for Efficient Procedure Correct Basic Material Prep Work Make sure that raw ingredients are tidy, dry, and proportionally blended for uniform pellet top quality. Monitor Dampness and Temperature Level Appropriate wetness and temperature throughout extrusion boost pellet solidity and buoyancy. Normal Maintenance Tidy and preserve pass away, rollers, and various other parts on a regular basis to expand machine life and ensure regular pellet manufacturing. Quality Control Routinely test pellet size, firmness, and nutrient composition to preserve high-grade feed. Verdict Buying a floating fish feed maker is a tactical decision for tank farming farmers aiming to create top quality, nutrient-rich feed. By understanding floating fish feed device rate and investment guide for tank farming farmers, capitalists can make informed choices that balance in advance expenses with long-term advantages. An appropriately chosen floating fish feed device improves feed performance, minimizes wastefulness, and improves fish development and health. Whether for small yard farms or industrial tank farming procedures, possessing a floating feed device makes sure trusted feed production, expense savings, and sustainable growth in the affordable tank farming industry. With cautious planning, appropriate operation, and the right tools, farmers can optimize performance, success, and long-term success in fish farming. https://richipelletizer.com/fish-feed-pellet-m , achine-price/

Lithium ion pilot line The main equipment consists of high temperature negative pressure formation equipment, capacity grading pressure bed equipment, formation and capacity grading charge and discharge power cabinet. The main equipment consists of lithium ion pilot line are high temperature negative pressure formation equipment, capacity grading pressure bed equipment, formation and capacity grading charge and discharge power cabinet, nail pulling/nail insertion equipment, coding scanning equipment, pre- charge/formation/capacity grading needle bed equipment, pre-charge/formation/ capacity grading power cabinet equipment, destacking/palletizing & NG selection equipment, OCV/DCIR test equipment, secondary electrolyte filling, cleaning, sealing equipment, grading equipment, high temperature & normal temperature standing shelves, logistics conveying lines, WCS/WMS/MES systems. Role of Lithium Ion Pilot Line This equipment is mainly used for lithium ion pilot line automatic winding of cylindrical cells. Main action process: cathode, anode electrode and separator feeding method are all coil feeding method, cathode, anode electrode and separator are actively unwinded, respectively through dust removal, iron removal and electrostatic removal treatment into the winding part, and according to its process requirements for winding, automatic change of station after winding, cut off the separator, attach the termination tape, finished products automatic unloading, (through hot holes, inserts, code scanning, short circuit detection) and defective products rejected, good products are sent to the post-project, to achieve the production of fully automated cylindrical cells lithium battery Cell Pilot Line is mainly used for automatic cutting and automatic lamination of electrodes of lithium-ion batteries.

Prismatic lithium battery New AVIC large single cell 3.2V ternary lithium battery phosphate battery automotive power storage battery, mainly used in new energy vehicles, power vehicles, light buses, energy forklifts, two- wheel/three-wheel/four-wheel trams, and energy storage industry applications. 1. Fundamental Information of prismatic cell assembly    1.1.  Product Type Prismatic LFP Cell With Aluminum Shell 1.2.  Product Model LF280K 2. Cell Specification of lifepo4 prismatic 2.1.  Fundamental Parameters

SUMMARIZE: The equipment uses high-precision standard instrumentation, high-voltage relay switching, reliable test results and safe to use; The equipment can meet the different testing requirements of modules, single box, PACK packs, etc; The equipment is easy to expand and can be customized with different testing hardware and software functions according to the battery off-line testing requirements; The equipment software supports docking BMS communication protocols, collects relevant data according to product requirements, and makes judgment. Insulation withstand voltage test and judgment CAN, 485 communication function Single/total voltage test SOC function test SOH function test Temperature acquisition test

Minimum Order: 1 bags

SUMMARIZE: The device has high charging and discharging efficiency,with a 5V battery charging rate of up to 85% and dischiarging rÃite of up to90% energy feedback, low heat generation; Adppting 24bit ADc, with high voltage and current dccuracy and good stability; Indepiendent charging and discharging conditions canbe set far each channel; Equipped with complete input and output, software andhardivare protection, reverse connection protection, andpower outage continuationProtection and other functibns; Chanriel start without impulse current, constant flow andconstant voltage seamless transition, without any curientSudden 'wave;Integrated management of multi-layer networks, centralized contrpl by one computer; Modular design concept, box plug-in design, easy to maintain.

Minimum Order: 1 bags

SUMMARIZE: Current Testing Range, Discharge Current Up To 600a, Short-circuit Current Up To 8000a. The Software Of Pc Is Rich In Functions, Supporting Bar Code Input And Database Query Tracing. Pc Industrial Control Combination, Convenient Data Storage And Call. Can Quickly Test Multiple Functions Of The Battery Pack, Support Online Upgrade Detection Items, Calibration Functions. Full Modular Design For Later Upgrades. The Data Is Automatically Stored In A Database For Easy Traceability. It Can Be Customized According To The Specific Needs Of Customers.

Minimum Order: 1 bags

SUMMARIZE: The Efficiency Of Discharge Energy Feeding Back To The Grid Is Higher Than 93% . Fast Output Current Conversion, No Overshoot Current, No Impact On The Battery Pack. Precision Structural Component Connection, Lower Resistance, And Good Heat Dissipation Performance. All Series Use Module Design, All Copper Bar Connection, Strong Stability, Convenient For Debugging And Maintenance. The Data Is Automatically Stored In A Database For Easy Post-traceability. Beautiful Appearance, Energy Saving And Environmental Protection To Reduce Production Costs. The Test Function Is Stable And Accurate, Ensuring The Quality Of The Battery. Single Module Can Test The Maximum Current Is 100a, The Maximum Power 12 Kw. Can Be Customized According To The Specific Needs Of Customers.

Minimum Order: 1 bags

SUMMARIZE: The equipment is mainly applied to the production or aging test of different kinds of batteries (such as lithium-ion batteries,lead-acid batteries, supercapacitors and fuel cells, etc.).The test items mainly include battery cycle life test, capacity test,charge and discharge characteristic test and battery pack temperature test.

Minimum Order: 1 bags