Mining, Metal, Plastic & Glass Machinery

Stationary type pedestal rock breaker boom system Our Stationary type pedestal rock breaker boom system has excellent performance in adapting to harsh environments. It can be said that the working environment in mines is usually extremely harsh, with diffuse dust, high temperature and humidity, and frequent vibration. However, our Stationary type pedestal rock breaker boom system has undergone special design and protective treatment, possessing excellent dust-proof, waterproof, and seismic capabilities. The high-strength wear-resistant material used can effectively resist the wear and impact of ores, extending the service life of the Stationary type pedestal rock breaker boom system. At the Jinshan Mine, even in extremely harsh environmental conditions such as continuous strong dust and severe vibration, our Stationary type pedestal rock breaker boom system still operates stably. After long-term use, the wear and tear of its key components is much lower than expected, saving a lot of maintenance costs for the mine Efficient and energy-saving, reducing operating costs.The Stationary type pedestal rock breaker boom system adopts advanced energy-saving technology, ensuring strong power output while minimizing energy consumption. Through optimized action control algorithms and intelligent energy management systems, the Stationary type pedestal rock breaker boom system can automatically adjust power output according to different job tasks, achieving efficient energy utilization. After introducing our robotic arm in the southern mining area, after a period of comparative analysis, it was found that energy consumption decreased by 17%, greatly reducing the operational burden of the mine. In modern mining operations, the jaw crusher, as a key crushing equipment, is widely used in the primary crushing process of ores. However, the jawbone often faces the thorny problem of material blockage during operation. The occurrence of jaw rupture and blockage not only leads to production interruption, affecting overall operational efficiency, but also may cause equipment damage and increase maintenance costs. There are various reasons for material blockage, such as large ore size, high humidity, or fast feeding speed. In order to solve this problem, the stationary type fixed rockbreaker boom system has emerged and demonstrated many significant advantages. Firstly, the stationary type fixed rockbreaker boom system has extremely high efficiency. It can quickly and accurately handle the blockage problem of jaw breaks, greatly reducing production downtime. Taking a large mine as an example, before the introduction of the stationary type fixed rockbreaker boom system, the downtime caused by jaw breakage and blockage was several hours per week. However, after use, the downtime sharply decreased and production efficiency significantly improved. Secondly, the performance is outstanding. Its sturdy and durable design can adapt to harsh mining environments, and can operate stably in high temperature, high humidity, and high dust conditions. Moreover, its crushing force is strong and uniform, which can effectively crush ores of various hardness, ensuring consistency and high quality of crushing effect. Furthermore, the stationary type fixed rockbreaker boom system has excellent environmental friendliness. It generates relatively less noise and dust during operation, reducing pollution to the surrounding environment and the impact on worker health. Compared to traditional processing methods, it is more in line with the requirements of modern environmental regulations and has established a good environmental image for enterprises. In summary, the stationary type fixed rockbreaker boom system has become an ideal choice for solving the problem of jawbreak blockage due to its high efficiency, performance, and strong environmental friendliness. In today's mining industry, which continuously pursues efficient and sustainable development, it will undoubtedly play an increasingly important role in bringing higher economic and social benefits to enterprises.

Minimum Order: 1 bags

We are the original supplier of mining trolley locomotive in china, we could share you with a videochat to visit our factory on-line. Trolley electric locomotive is a kind of rail transportation traction equipment, powered by transformers and overhead lines. Mainly used in mines where there is no risk of explosion. Because of its special power supply mode, the trolley electric locomotive has no limit on the cruising range. Therefore, it is suitable for long-term and long-distance use. There are also many options in terms of speed regulation and braking methods. Speed control methods include resistance speed control, chopping speed control and frequency conversion speed control. Braking methods include pure mechanical braking, hydraulic braking and compressed air braking. In addition, electric braking can also be selected as an auxiliary braking method. C: Locomotive for coal mining J: Trolley electric locomotives Y: Single-end driver's cab G: Steel wheel,resistor for speed control GB: Steel wheel,chopping wave for speed control Parameters Table Adhesive / total weight (t) : 7 ton Track gauge (mm) : 600,762 or 900 Traction (KN) : 13.05kN/ 15.09kN Max. Traction (KN) : 17.2kN Speed(km/h) : 11km/h Voltage : 250V or 550V Power (KW) : 21kw *2 or 24 kw*2 Dimensions Length(mm) : 4550mm Width(mm) : 1050,1212 or 1350mm Height(mm) : 1550mm Wheelbase (mm) : 1600 mm Min Curve radius (m) : 7 m Wheel diameter (mm) : Φ680mm Controller : Resistance or IGBT or AC controller Braking method : Mechanical or air Brake

Minimum Order: 1 bags

On the front lines of mining operations, large rock fragments clogging crusher feed openings pose a common challenge that hinders production efficiency. Shandong Yuanzhengxing Machinery Equipment Co., Ltd.'s BA400 Rock Breaker Boom, with its powerful crushing capability and intelligent control system, is emerging as an efficient solution to this problem. Fixed mechanical arms serve as critical equipment in modern mining and aggregate production lines, primarily used for secondary crushing of oversized materials to ensure smooth production flow. As a company specializing in the R&D and manufacturing of stationary crushing equipment, Shandong Yuanzhengxing's WHC960 stationary arm integrates mechanical, electronic, and hydraulic technologies, representing the cutting edge of this field. Main parameters of BA400 Rock Breaker Boom: Model No. BA400 Boom weight(without hammer) 1513KG Max.Horizontal Working radius 5820MM Max.vertical working radius 4210MM Min.vertical working radius 1885MM Max.Height 3440MM The Scope of Work Diagram of BA400 Rock Breaker Boom: The Features of the BA400 Rock Breaker Boom: The BA400 Rock Breaker Boom, developed by Shandong Yuanzhengxing, is a high- performance crushing device primarily composed of four major systems: a hydraulic power unit, a slewing support system, a boom/arm working system, and a control system. Utilizing an electro-hydraulic drive system, the working arm achieves a horizontal reach ranging from 4.88 meters to 20.4 meters with a swing angle of 170°. Modular design is a core feature of the BA400 Rock Breaker Boom. By swapping front attachments, it can perform multiple functions including breaking, crushing, scooping, grabbing, digging, hooking, lifting, and scraping, truly achieving “one machine, multiple capabilities.” The mechanical arm's working components can be equipped with attachments such as hydraulic breakers, hydraulic lotus claws, hydraulic shears, and clamps. Regarding control methods, the BA400 Rock Breaker Boom supports both cab operation and remote control, with a remote range of 10-20 kilometers. An optional video monitoring system enables diversified operation. The Benefits of BA400 Rock Breaker Boom: High Efficiency & Energy Savings Compared to traditional diesel-powered equipment, the BA400 Rock Breaker Boom utilizes electric drive, reducing energy costs by over 50% and up to 60% in certain scenarios. Safety and Reliability The BA400 Rock Breaker Boom features a high-performance shock absorption system that effectively minimizes impact loads on the entire machine and its foundation structure. Its core components utilize internationally renowned brands, ensuring reliable quality. Remote control operation keeps personnel away from hazardous work environments, significantly enhancing construction safety. The equipment also incorporates a high-protection controller that integrates multiple parameters to ensure stable and reliable operation. Robust Adaptability The arm's sealed structure minimizes environmental requirements. It operates reliably even in the harsh, poorly ventilated, and dusty conditions typical of primary ore crushing operations. Optional low-temperature automatic heating and high-temperature automatic cooling systems adapt the equipment to winter cold, high-altitude environments, underground mines, and steel mill heat. It delivers long-term performance in corrosive, explosion-proof, and high-altitude conditions. The Application of BA400 Rock Breaker Boom The BA400 Rock Breaker Boom finds extensive application across multiple industrial sectors, primarily including: Mining Industry: Clearing and breaking material blockages at the feed openings and grate screens of crushers in various open-pit and underground mines. Aggregate Industry: Processing large rock fragments adjacent to crushing stations to ensure uninterrupted production. Metallurgy and Foundry Industry: Used for shell removal, brick dismantling, ladle handling, and coarse crushing of large materials in ladles and metallurgical furnaces Cement Plants and Chemical Plants: Clearing blockages in hot clinker or corrosive environments For instance, at Zhejiang Huzhou Dening Mining, Yuanzhengxing's engineering manipulator simultaneously clears blockages at two jaw crusher feed openings, significantly boosting production efficiency. Selection Considerations When choosing an appropriate Rock Breaker Boom, consider the following factors: Working Range: Including horizontal and vertical operational limits Material Characteristics: Type, size, and hardness of materials Installation Environment: Equipment mounting location and dimensions Site Conditions: Operating voltage at the construction site

The equipment is mainly composed of five core components: 1. Heavy-duty base: Provides solid support. 2. 2. High-strength working arm: Execute crushing action. 3. 3. Hydraulic Crushing Hammer: the core working part, performs the task of stone crushing. 4. 4. Hydraulic Power Station: Provides power for the whole system. 5. 5. Intelligent control system: realizes precise operation and safety control. Core features and advantages: 1. Designed to solve crusher jamming: Core Features: Specially designed to efficiently solve crusher inlet jamming problems. Benefits: Quickly breaks up clogged large rocks, significantly **improves crusher efficiency**, reduces downtime, and extends crusher service life. 2. Ultra-strong stabilizing base: Structure: adopts heavy duty steel structure base. Installation: Firmly anchored on top of reinforced concrete foundation. Advantage: Even withstanding the continuous high-intensity impact of the crushing hammer, it can ensure the long-term stable operation of the equipment without the risk of displacement. 3. High-precision and wide-range operation boom: Performance: Provide high-precision positioning and control capability. Customization: The length and working range of the boom can be flexibly customized according to the specific crushing chamber size. Advantage: Ensure that the crushing hammer can cover and optimize access to the entire crushing chamber area in all directions, eliminating dead corners. 4. Large angle hydraulic slewing with flexible articulation: Rotation capacity: 170° hydraulic rotation as standard (360° full rotation optional). Advantage: Smooth side-to-side swing operation of the crusher inlet area, dramatically expanding the effective working range and improving processing flexibility. 5. Wide range of hammer compatibility: Compatible with 500kg to 3000kg hydraulic hammers. Advantage: Provide strong material adaptability, according to the rock hardness, block size and flexible selection of hammer head, efficient processing of various types of materials. 6. Intelligent electro-hydraulic control system: Operation mode: support joystick near control or wireless remote control operation. Technology: Adopt advanced proportional control technology. Advantage: Ensure safe, precise and user-friendly operation, the operator can comfortably and efficiently carry out crushing operation in a location far away from the dangerous area of falling rocks. 7. Comprehensively improve efficiency and safety: Reduced manpower and increased efficiency: Significantly reduces the need for manual intervention in clearing or reliance on small blasting. Safety: Significantly reduces the risk of injury to personnel from falling rock or jammed material handling. Continuous production: minimize crusher downtime due to jams and ensure continuous production.

BHJG250 pipe bucking machine unit has six parts: driving clamp system、backup clamp system、hydraulic system、pneumatic system、manipulating platform and frame base. The Driving clamp is driven by hydraulic motor and it is used to screw on (screw off) . The t can be positive and negative direction of rotation to meet the requirements of make-up or break-out. Torque up to 68kN. M. The Buckup clamp is driven by pneumatic cylinder and it is used to fix the pipe. the screw on torque value is output by tension sensor and controlled by PLC system. The Max. drift diameter of the bucking machine is 250mm, which can finish the make-up or break-out of 2 7/8″～8 5/8″ casing, tubing and drill pipe. Product Application  Pipe bucking machines produced by our company is special equipment used to screw on and off the casing, tubing and drill pipe coupling.

QK1330 CNC Pipe Threading Machine is an efficient, high-precision two coordinate continuous control CNC machine independently researched and developed by our company according to the development needs of petroleum industry. The machine has high power, good rigidity, can cut straight, oblique, arc, male, inch thread, and has a variety of functions such as tip radius compensation. This machine highlights the characteristics of high rigidity and high power, and is a high precision and high efficiency pipe thread machining machine. With the latest innovative design, the pipe can be completed by radial and axial feed of the tool. A variety of applications, such as pipe beveling, facing, edging, deburring, tapering and threading, can be performed on the inside and outside of pipes without changing tools for different angles or shapes.   Product Application 1. The CNC Pipe Threading Equipment can be used for rough machining and finishing machining of mechanical parts, especially suitable for petroleum, mining, machinery and other industries, for high-efficiency, high-volume, high- precision processing of rotary parts. 2. The machine can process steel, cast iron and non-ferrous metals and other materials. 3. The machine is also suitable for small and medium-sized batches of shaft, plate parts of the internal and external cylindrical surface, cone, thread, drilling, reaming and curve turning parts. The machining accuracy is up to IT7 and the surface roughness of the machined workpiece is up to Ra1.6.

We are the real Mining locomotive factory in china, we could provide you with E-online chat to show your our factory! Trolley Locomotive is applied in the railway transporation for tract wagons,people and other things.The max traction capacity of a 5 ton trolley locomotive could up to 50 ton. C: Locomotive for coal mining J: Trolley electric locomotives Y: Single-end driver's cab G: Steel wheel,resistor for speed control GB: Steel wheel,chopping wave for speed control Product Description 5t Flameproof Tunneling Mining Trolley Locomotive Manufacturer Supplies Price Adhesive / total weight (t) 5 ton Track gauge (mm) 500.600,762 or 900 Traction (KN) 6.1kN/ 5.74kN Max. Traction (KN) 7.36kN Speed(km/h) 10.6km/h/ 7.5km/h Voltage 250 Power (KW) 7.5KW*2 Dimensions Length(mm) 2700mm/ 2750mm Width(mm) 940,1082 or 1220mm Height(mm) 1550 Wheelbase (mm) 816mm/ 850 mm Wheel diameter (mm) Φ650mm/ Φ520 mm Min Curve radius (m) 5.7-6 m Controller Resistance or IGBT Braking method Mechanical or Hydraulic Brake FAQ What's your product advantages? We have more 40 years experience in this field so that we could design or produce the locomotive as your requirement. We could also provide online service to teach you how to operate and maintain the locomotive. The most important thing that we produce the main part of the locomotive- The traction motors. we could guarante the power of the locomotive. 1.Pre-sales Service: The wide product range enables us to provide our customers with individual machines or complete processing plants. Based on our customer's request and budget, our experts make efficient and reliable solutions, and we produce strictly follow customers' order. What's more, every customer has the chance to visit the working machine in the site before placing the order. 2.After-sales Service: Experienced technicians guidance is available on the phone, and on the internet. One or more engineers will be dispatched to the quarry site to help install the customer's plants.Necessary training about machine daily maintenance to local workers is provided also. 3.Methods of Payment: T/T (Telegraphic Transfer) or Western Union or L/C at sight Handling time for an order: Within 10 days supplied from stock 4.Shipping method: Sample order: we suggest Courier express like DHL/UPS/TNT/FEDEX or by air Bulk order: we suggest by air or by sea. 5.Quality Control: We have our own experienced QC. There will be strict inspection and testing for every order before shipping out. 6.After Services: a. Our sales team will response for your question within 24 hours (Holiday is Excluded) b. Technical Support will be available in any time c. Free replacement will provide once the failure confirmed caused by our product quality

Minimum Order: 1 bags

In today's era where industrial automation is sweeping across the globe, Breaker Booms have become indispensable core equipment in modern production lines. YZH's WHC860 Breaker Booms, with their outstanding performance and innovative design philosophy, are emerging as a key driver for transformation and upgrading in industries such as mining, metallurgy, and building materials. YZH Breaker Booms represent high-performance industrial-grade equipment developed through years of technical accumulation and innovative R&D. Building upon the technological strengths of YZH's WH series Breaker Booms, this product integrates the latest electro-hydraulic control technology and intelligent operating systems, enabling it to meet the demands of high-intensity operations in various harsh industrial environments. As a key member of the YZH WHC860 Breaker Booms family, the WHC860 represents the cutting edge of domestic breaker boom technology. Its design philosophy centers on three core objectives: enhancing efficiency, ensuring safety, and reducing energy consumption. Main parameters of WHC860 Breaker Booms: Model No. WHC860 Boom weight(without hammer) 8070kg Max horizontal working radius 11000mm Max.vertical working radius 8665mm Min.vertical working radius 3000mm Max.Height 7035mm ​The Features of WHC860 Breaker Booms: 1. Advanced Electro-Hydraulic Drive System The WHC860 employs a high-efficiency electro-hydraulic drive system delivering smooth yet powerful output. Equipped with intelligent power regulation technology, it automatically adjusts power output based on actual load conditions, significantly reducing energy consumption while maintaining operational efficiency. 2. Intelligent Control System Breaker Booms feature a next-generation intelligent control system supporting multiple operating modes: Local Control Mode: Features an ergonomic operator seat and intuitive control interface Remote Control Mode: Operable from 10-20 km away, ideal for hazardous environments Automated Program Mode: Pre-programmed sequences enable continuous automated operations Integrated real-time video monitoring and data acquisition allow operators to comprehensively track equipment status and task progress. 3. Modular Design and Multi-Functional Attachments The WHC860's modular design enables rapid attachment changes: Hydraulic breaker: For crushing hard materials Hydraulic grapple and lotus claw: For grasping and transporting operations Specialized bucket: For material clearing and loading Magnetic separator: For processing ferrous materials This design achieves “one machine, multiple uses,” significantly enhancing equipment utilization and return on investment. The Benefits of WHC860 Breaker Booms: High Production Efficiency WHC860 Breaker Booms operate continuously for 24 hours, achieving 5-8 times the efficiency of traditional manual labor. In mining crushing stations, this equipment boosts processing capacity by over 30% while significantly reducing production downtime caused by blockages. Exceptional Cost Efficiency The equipment demonstrates substantial economic advantages over extended use: Energy consumption reduced by over 50% Maintenance costs reduced by 80% compared to traditional equipment Labor costs reduced by 70% Equipment utilization rate increased by over 40% The investment payback period typically ranges from 12 to 18 months, offering outstanding economic performance. Outstanding Safety Performance Remote control functionality allows operators to stay clear of hazardous work zones, greatly enhancing workplace safety. The equipment is equipped with multiple safety protection systems, including overload protection, emergency stop, and limit switches, ensuring both equipment and personnel safety. Environmentally Friendly The all-electric drive design enables the WHC860 to achieve zero emissions, making it particularly suitable for use in areas with stringent environmental requirements. Low-noise design also improves the working environment, reducing impact on operators and the surrounding area. The Application of WHC860 Breaker Booms:  Innovative Application in Metal Mining Crushing Stations A major iron ore enterprise installed WHC860 Breaker Booms at the feed inlet of its primary crushing station to address ore blockage issues. Previously, manual blasting was used to clear blockages, requiring 2-3 hours of downtime each time and posing safety hazards. After adopting the WHC860, blockages can be safely resolved within 15 minutes, reducing annual downtime by over 300 hours and boosting production efficiency by 25%, while completely eliminating the risks associated with manual blasting. For enterprises considering production line automation retrofits or upgrades, the WHC860 Breaker Booms represent a worthwhile investment in modern industrial equipment. They provide robust technical support to enhance competitiveness and achieve sustainable development.

We are incredibly proud to announce that JS Fittings has officially been approved as a supplier for the Abu Dhabi National Oil Company (ADNOC), AVL Manufacture Number: 20036035. JS Fittings officially becomes ADNOC's supplier ADNOC–The largest offshore oil and gas producer in the UAE, accounting for about half of Abu Dhabi’s total oil production capacity, with operations across nine JS Fittings becoming an ADNOC-approved supplier is far more than just a credential; it’s a profound recognition of our capabilities. ADNOC is renowned for its rigorous selection process, demanding the highest standards of safety, quality, and operational efficiency from its partners. We become ADNOC’s supplier because JS Fittings has met and exceeded these stringent benchmarks, affirming our position as a world-class manufacturer of pipe fittings and steel pipes. JS Fittings-Your Responsible Supplier Partner for Oil & Gas & Chemical Products. Butt Weld Pipe Fittings And Flanges Manufacturer Since 1983. As a trusted steel pipe fittings manufacturer, JS Fittings offers a comprehensive industrial pipe fittings, including buttweld carbon steel pipe elbows, tees, reducers, and pipe flanges, engineered to meet international standards, including: ASME B16.9, ASME B16.28, ASME B16.49, GOST 17375, GOST 30753-2001, GOST 17376, GOST 17378, GOST 17379 and EN 10253. The production of every fitting follows precise manufacturing processes to achieve leak-proof connections, while also strengthening durability and performance stability in high-pressure systems. This partnership with ADNOC opens up exciting avenues for JS Fittings to contribute to critical energy infrastructure projects in the UAE and beyond. We are eager to leverage our expertise in providing high-quality pipe fittings that play a crucial role in the safe and efficient operation of ADNOC’s vast upstream, midstream, and downstream operations. We extend our sincere gratitude to ADNOC for their trust and confidence in our capabilities. And look forward to a long and successful collaboration. Stay tuned for more updates as we! Email: admin@jsfittings.com Whats APP: +8618003119682

Minimum Order: 100

CRA (corrosion-resistant alloy) clad pipe and lined pipe are applied for the anti-corrosion environment, and they have been considered as a new material in the oil and gas pipeline systems. Since they are two kinds of steel material that composite together through bonding processes. (Inner pipe material with expensive stainless 316L or alloy steel Inconel 625, which we call CRA layer. Outer pipe with carbon steel pipe that standards in API 5L or ASTM A106/A53, ASTM A333 Grade 6, etc.) Clad and lined pipes are specialized types of pipes designed to enhance corrosion resistance and improve performance in various applications. CRA refers to corrosion-resistant alloy. The CRA Clad and Lined Steel Pipe is composed of conventional carbon steel or low alloy steel pipes and a corrosion- resistant alloy layer. The CRA layer is metallurgically cladding to the internal or external surface of the steel pipe. Carbon steel or low-alloy steel pipe is called lining steel. Inner CRA layer (0.25~6.0mm) normally such as Stainless steel, Duplex, Nickel alloy, Titanium, Hastelloy, Monel, etc. which are suitable for high corrosion environment. Composition and Structure CRA Clad Pipe consists of two main components: Base Material: A conventional carbon steel or low alloy steel pipe, also called backing steel. CRA Layer: A corrosion-resistant alloy layer metallurgically bonded to the internal (and sometimes external) surface of the steel pipe. Clad and lined pipes are specialized types of pipes designed to enhance corrosion resistance and improve performance in various applications. Clad Pipes: Definition: Clad pipes are made by bonding a layer of corrosion-resistant material (such as stainless steel) to a carbon steel pipe. This combination provides the strength of carbon steel with the corrosion resistance of the outer layer. Applications: Commonly used in industries like oil and gas, chemical processing, and power generation, where exposure to corrosive environments is a concern. Lined Pipes: Definition: Lined pipes have a protective lining (often made of materials like PTFE, rubber, or other polymers) applied to the inner surface of the pipe. This lining acts as a barrier against corrosive substances. Applications: Frequently used in applications involving the transport of aggressive chemicals, slurries, or other materials that could damage the pipe’s interior. Specification of CRA Cladding Pipe Bare Pipe Seamless pipes and welded pipes Standard of Bare Pipe API5L，ASTMA106，ASTMA333 ，ASTMA335, etc CRA Material stainless steel and non-ferrous alloys: SS 304, SS 316, SS 317, duplex, alloy 254, SMO 904, Incoloy alloy 825, Inconel alloy 625, Hastelloy C- 276, Inconel alloy 59, alloy 31, AL6NX, alloy 20, Monel 400, titanium, aluminum and some copper alloys Standard of CRA Material ASTMA240，A263，A264 ，A265，B898，B424，B443， B619，B622，B , 675，B265，B551 Standard of CRA Cladding Pipe API5LD Material Selection and Standard Specification Base materials of the CRA clad steel pipes include seamless or welded line pipes of API, ASTM, etc. The CRA cladding or lining material covers an extensive range of stainless steels and nonferrous alloys. SS 304, SS 316, SS 317, Duplex, Alloy 254 SMO 904, Incoloy alloy 825, Inconel alloy 625, Hastelloy C-276, Inconel alloy 59, Alloy 31, AL6NX, Alloy 20, Monel alloy 400, Titanium, Zirconium, and some copper alloys. Generally, CRA-clad pipes shall be manufactured in accordance with API 5LD. The base material (steel pipe) conforms to API 5L, ASTM A106, ASTM A333, ASTM A335, etc. The cladding material shall conform to ASTM A240, A263, A264, A265, B898, B424, B443, B619, B622, B675, B265, B551. Advantages Excellent corrosion resistance in harsh environments, including high temperature, high pressure, and corrosive fluids. Combines the strength and durability of carbon steel with the corrosion resistance of CRA materials. Cost-effective for large-diameter heavy pipelines, as the thin CRA layer provides enhanced properties while minimizing expenses. Applications CRA Clad Pipes are widely used in various industries: oil and gas industry, Shipbuilding, chemical plants, power plants, and so on. That’s because the CRA layer not only enhances the corrosion resistance of the pipeline but also reduces the cost to a minimum.

Minimum Order: 10 long tons

Carbon steel welded pipe is a type of pipe made by forming a flat piece of carbon steel into a cylindrical shape and then welding the seam together. Carbon steel welded pipe is widely used in various industries due to its strength, durability, and relatively low cost compared to other materials. Carbon steel welded pipe is a type of pipe made by forming a flat piece of carbon steel into a cylindrical shape and then welding the seam together. This process involves using a high-energy source to melt the metal at the edges and fuse them. Carbon steel welded pipe is widely used in various industries due to its strength, durability, and relatively low cost compared to other materials. Types of Welded Steel Pipes: Straight Seam Welded (ERW/LSAW) Steel Pipes: The weld seam runs straight along the length of the pipe. Spiral Welded (SSAW)Steel Pipes: The weld seam is spiraled around the pipe. JS distributes an extensive selection of carbon steel welded pipe, including Electric Resistance Welded (ERW) carbon steel pipe ,SSAW steel pipe, LSAW steel Pipe, and Coated steel pipes — along with their respective flanges and fittings. The material in Stock: Q235B, Q195, Q345B, ERW welding pipes, SSAW welding pipes, LSAW welding pipes Size: DN 15-DN 1000 Thickness: 2.5mm, 2.75mm, 3mm, 3.75mm, 4mm, 4.25mm, 5mm, 5.75mm, etc Length: 6m, 5.8m, 12m, 11.95m, etc. Quantity: 100 tons of each size Other Available material for welding pipes: ASTM A53, A106, A333, and API 5L, ASTM A335 Grades P5 to P91, ASTM A312 Series 300 and 400, etc What Is Welded Carbon Steel Pipe/Tube Application？ Carbon steel welded pipes and tubes are used in high-pressure conditions. They are highly resistant to shock and vibration, making them ideal for transporting fluids. Carbon steel pipes are widely used in a number of industries, such as transporting water and sewage, oil and gas industries, boiler and condenser tubes, high-pressure applications, and chemical processing. – Transporting water and sewage – Oil and gas industries – Boiler and condenser tubes – High-pressure applications – Chemical processing FAQs: 1. What is better, carbon steel vs stainless steel Carbon pipe steel has high strength and economy, suitable for applications with high pressure and load requirements. Stainless steel, due to its chromium content ≥10.5%, will also add nickel, molybdenum, and other alloying elements. Therefore, it has good corrosion resistance. 2. Does carbon steel rust in water Yes. Easy to rust when in direct contact with water. Especially when there is dissolved salt or other corrosive substances in the water, oxidation will occur to form rust. Therefore, surface treatment such as coating a protective layer is required for carbon steel pipes. 3. Based on carbon content, it can be divided into: Industrial pure iron – carbon content Wc < 0.04% iron-carbon alloy; Mild steel – carbon content Wc < 0.25%; Medium carbon steel – carbon content 0.25% < Wc < 0.60%; High carbon steel – carbon content Wc > 0.60%.

Minimum Order: 10 long tons

Dimension: ASME B36.10 Outer Diameter: 1/2” to 20”(DN15-DN500) Pipe End: Beveled, Plain, Threaded Surface: Black painting, Hot dip galvanized as ASTM A123 Packing:Bundle or bulk , seaworthy packing or for the client’s requirement Usage:For conveying gas, water and oil either in the oil or natural gas industries Our Seamless steel pipe (SMLS pipe) is formed by drawing a solid billet over a piercing rod to create the hollow shell, without welding or seam. It is suitable for bending and flanging. The most advantage is increasing the ability to withstand higher pressure. So it is widely used for boiler and pressure vessels, automotive areas, oil wells, and equipment components. Summerize, the seamless steel pipes are applicable to the general structure, mechanical structure, water wall panel, economizer, super-heater, boiler, and heat exchanger with seamless steel tubes, and to transport liquid, gas, oil, etc. JS Steel Pipe-Carbon Steel Seamless Steel Pipe manufacturer and supplier in Cangzhou, Hebei, China Seamless steel pipe specification from Our Factory Grade: API 5L seamless steel pipe: API 5L: GR B, X42, X46, X56, X60, X65, X70 ASTM A53/A106 seamless steel pipe: GR A, GR B, GR CASME SA106: GR.A, GR.B, GR.C ASME SA192 seamless steel pipe: SA192ASME SA209M: T1, T1a ASTM A335 seamless steel pipe: P1, P2, P5, P9, P11, P22, P23 ASTM A333 seamless steel pipe: Gr.1, Gr.3, Gr.4, Gr.6, Gr.7, Gr.8, Gr.9, Gr.10, Gr.11 ASTM A106 Seamless Steel Pipe for High-Temperature Service ASTM A53 Seamless Steel Pipe, Black, and Hot-Dipped, Zinc-Coated DIN 1629 Seamless Steel Pipe Circular Tubes of Non-Alloys Steel with Special Quality Requirement DIN 2391-1 Seamless Steel Pipe JIS G3454 Seamless Steel Pipe for Pressure Service Dimension: ASME B36.10 Outer Diameter: 1/2” to 20”(DN15-DN500) Wall Thickness: SCH40, SCH80 Pipe End: Beveled, Plain, Threaded Surface: Black painting, Hot dip galvanized as ASTM A123 Mill Test Certificate: EN 10204 Seamless Steel Pipe shipped by bulk cargo ship For orders less than 20 tons, we may choose LCL; For orders of the same length of 5.8m or 11.8m, 20ft/40ft containers are ok, for big quantity and not urgent orders, the bulk cargo ship is the cheapest way.

Minimum Order: 10 long tons

Category SMLS Steel Pipes Tags ASTM A53 steel pipe, carbon seamless steel pipe, seamless steel pipe ASTM A53 covers seamless and welded steel pipe with nominal wall thickness. The surface condition is usually black and hot-dipped galvanized. ASTM A53 steel pipe is produced mainly for pressure and mechanical applications, and is also used for transport of steam, water, gas line pipes. ASTM A53 is a steel pipe specification developed by the American Society for Testing and Materials (ASTM). This standard defines the material characteristics of pipes used in plumbing, heating, gas, and other critical applications. Due to their versatility and strength, ASTM A53 steel pipes are widely used in construction, manufacturing, and industrial projects. The standard includes different grades (Grade A and Grade B), types, and formats like welded steel pipe, seamless steel pipe, and galvanized pipes, each serving different purposes. ASTM A53 covers seamless and welded steel pipe with nominal wall thickness. The surface condition is usually black and hot-dipped galvanized. ASTM A53 steel pipe is produced mainly for pressure and mechanical applications, and is also used for transport of steam, water, gas line pipes. Carbon Steel Pipe ASTM A53 Grade BASTM A53 Grade B Carbon Steel PipeASTM A53 Grade B SMLS Steel Pipe ASTM A53 pipe comes in three types (F, E, S) and two grades (A, B). Types of ASTM A53 pipes ASTM A53 Type F Type F pipes are fabricated from pipes fabricated using the furnace-butt- welding method, where the pipe ends are joined through heating. They possess moderate strength and are purchased for general applications, such as water supply pipes. ASTM A53 Type E Type E pipes are electric resistance welded pipes; steel is joined by electrical resistance. They are normally more robust than Type F pipes and serve well where moderate pressure is required. ASTM A53 Type S Type S pipes are seamless and not fabricated through welding operations. They are the toughest of the three types and thus ideal for important applications like those that require high-pressure pipe systems. Production process Seamless steel pipe manufacturing process is divided into hot-rolled and cold seamless pipe. 1. Production process of hot-rolled seamless steel pipe: tube billet → heating → perforation → three-roller/cross-rolling & continuous rolling → de-pipe → sizing → cooling → straightening → hydraulic test → marking → seamless steel pipe with leverage effect detected. 2. Production process of cold drawn seamless steel tubes: tube blank → heating → perforation → heading → annealing → pickling → oiling → multiple cold drawing → blank tube → heat treatment → straightening → hydraulic test → marking → storage. Applications 1. Construction: the pipeline underneath, the groundwater, and the hot water transportation. 2. Mechanical processing, bearing sleeves, processing machinery parts, etc. 3. Electrical: Gas delivery, Hydroelectric power fluid pipeline 4. Anti-static tubes for wind power plants, etc.

Minimum Order: 10 long tons

ASTM A106 grade B pipe is the standard specification for seamless carbon steel pipe used for high-temperature services. It includes three grades: A, B, and C, with Grade B being commonly used. This type of pipe finds applications in various industries, including pipeline systems for oil and gas, water, and mineral slurry transmission. It is also used in boiler systems and for construction and structural purposes. What are CS pipe ASTM A106 grade B seamless pipes? Seamless steel pipes are pipes without a seam or a weld joint. Seamless steel pipes are a tubular section or hollow cylinder, usually but not necessarily of circular cross-section, used mainly to convey substances that can flow — liquids and gases (fluids), slurries, powders, and masses of small solids. JS SMLS steel pipes, CS pipes ASTM A106 grade B are tightly regulated, and all of the pipes we stock have been fully tested to international standards to ensure high quality. CS pipe ASTM A106 grade B in stock Standard: ASTM A53, A106, API 5L, A179, A192, A210, A519, DIN2391, 2448/1629 /1630, etc Material: Gr. A, Gr. B, ST52, etc Size: 10.3- 610mm OD, 1.0-40mm Wall Thickness, 12000mm longest length Pipe Ends: square ends (straight cut, saw cut, and torch cut). or beveled for welding, beveled Surface: Lightly oiled, Hot dip galvanized, Electro galvanized, Black, Bare, Varnish coating/Anti rust oil, Protective Coatings (Coal Tar Epoxy, Fusion Bond Epoxy, 3-layers PE) Test: Chemical Component Analysis, Mechanical Properties (Ultimate tensile strength, Yield strength, Elongation), Technical Properties (Flattening Test, Bending Test, Hardness Test, Impact Test), Exterior Size Inspection, Hydrostatic Test, NDT TEST ( ET TEST, UT TEST) Advantages of ASTM A106 Grade B Steel SMLS Pipe 1. High-Temperature Resistance: ASTM A106 Grade B tubes are specifically designed to withstand high temperatures, making them suitable for use in applications involving elevated operating temperatures. 2. Superior Strength: These tubes exhibit exceptional tensile strength and yield strength, ensuring structural integrity and longevity even in demanding conditions. 3. Corrosion Resistance: ASTM A106 Grade B tubes provide good resistance to corrosion, enhancing their durability and performance in corrosive environments. Typical Uses Suitable for applications which involve the transfer of fluids and gasses at high pressure and temperature levels. Common Industries and Applications Petrochemical Plants Oil & Gas Refineries and Processing Facilities Boilers Ships

Minimum Order: 10 long tons