Minerals & Metals

Designed for cutting, punching, and bending: • Steel angles & flat bars • Copper/aluminum busbars It is for PTD (power transmission and distribution) and workshop field operation and electric equipment manufacturing such as power distribution cabinet and switch cabinet. The machine has some functions, such as cutting, punching, vertical bending, etc. Modular Upgrade Options (Enhance precision and versatility with our add-ons) ① Cutting Control System ▸ Aluminum alloy guide rail with cutting scale ▸ Adjustable length control for improved accuracy ▸ Simplified operation workflow ② Laser Positioning & Lighting ▸ Punching laser alignment ▸ Cutting laser guidance ▸ Bending contact positioning ▸ Integrated LED work lights ③ Power System Compatibility ▸ Manual hydraulic pumps ▸ Standard electric pumps ▸ 750W/1500W solenoid valve pumps ④ Advanced Processing Modules ▸ Horizontal/vertical bending units ▸ Embossing machine attachment

Minimum Order: 1 bags

These stations can operate simultaneously or sequentially, significantly reducing processing time and boosting production efficiency. The bending station utilizes Siemens PLC control (Germany). Its primary function is processing copper and aluminum busbars of various specifications. Simply select the required workstation to quickly and conveniently perform operations on copper/aluminum bars, including shearing, punching (round holes, elongated holes), horizontal/vertical bending, U-bending, embossing, flattening, twisting, and cable lug crimping. Punching Unit: Six-in-One Turret Structure: Precision-engineered from ductile iron forging, ensuring absolute concentricity of upper and lower dies. Versatile Tooling: Holds 6 punch dies for 6 hole types. Accommodates dies of different sizes/shapes, eliminating frequent changeovers. CNC-machined die mounting holes ensure high precision and long service life. Triple Positioning: Positioning pins, ruler, and optical guide. Surface Protection: Ensures no surface marks on workpieces. Custom Hole Capability: Utilizes specialized dies for non-standard holes (e.g., round, square, elliptical). Dual Safety Controls: Foot pedal and push-button limit switches. Shearing/Cutting Unit: Precision Cut: Sharp blades with dual-column shear structure guarantee flat, clean cuts – no droop, burrs, or scrap. Dual-Pressure System: Prevents material lifting at corners. Dual Safety Controls: Foot pedal and push-button limit switches. Bending Unit: Dual Worktables: Enables simultaneous, non-interfering operation of all three units (shear, punch, bend). Closed Bending Structure: Ensures uniformity during flat bending and embossing, enhancing repeat positioning accuracy for batch production. Siemens PLC Control: Delivers high bending precision (±1° bend angle accuracy, ±0.5° repeatability). Multi-Function via Tooling: Change dies for horizontal bends, vertical bends, U-bends, embossing, flattening, twisting, and lug crimping. Features automatic bend angle control. Efficiency & Storage: System includes memory function for easy storage and recall of settings. Automatic stop timers per station enhance energy efficiency. Direct Input: Simply input height/length to produce parts (e.g., Z-bends).

Minimum Order: 1 bags

1. Automatic feeding with adjustable brackets 2. Speed is adjustable for different products 3. 85mm hole diameter for SKD11/DC53 thread rolling dies 4. Max. Rolling pressure is about 500KN 5. It is easy to operate and maintain the machine 6. CE, ISO9001-2008 Specification Working diameter 12-110mm Thread pitch 1.0-10mm Thread length In feed or Thru feed Spindle speed 16/21/27/37/46/62rpm (variable speed) Outside diameter of rolling die 170-240mm Inside diameter of rolling die 85mm Thickness of rolling die 200mm Feed stroke 0-16mm Total machine power 18.2KW Max rolling pressure 50T Supply voltage 380V 3P 50Hz Weight(reference) 5100(KG) Package Dimension(L*W*H) 2350*2100*1950mm Dimension(L*W*H) 1650*1720*1700mm Q1. Are you factory or trading company ? A1. We are factory of manufacturing thread rolling machine and dies by ourselves. Welcome to visit our factory, if possible. Q2. What is the delivery time ? A2. Usually 15-25 working days for machine, and 10-15 working days for dies. Q3. What is the warranty time for machine? A3. Usually 12 months from B/L date. Q4. What is the payment term? A4. T/T, Western Union, Money Gram, Alipay, PayPal. 50% as deposit, and 50% before shipping. Q5. Is it possible to design and produce automatic loading & unloading devices? A5. Yes, Engineer can design special auto feeding device according to your products. But please provide the drawing of your products before that. Q6. How will you solve problems that we face during using your machine? A6. A. Please provide necessary videos and pictures that can show the problems, our engineers will check and give corresponding solutions. B. Will arrange engineers to solve problems at the scene, if possible. WhatsApp&Phone: +86-13392185053 QQ: 3931526564 Wechat: fedacom16

In the fiercely competitive industrial market, a high-performance and reliable equipment is the key to enhancing a company's competitiveness. Pedestal Rockbreaker System， With its various advantages, it has become a reliable and trustworthy partner in industrial production.Here is an introduction to the WHEN1510 Pedestal Rockbreaker system. Main parameters of WHEN1510 Pedestal Rockbreaker system： ​Model No.:WHEN1510 Boom Weight(without hammer):17500kg Max .Horizontal Working radius:17250mm Max.vertical Working radius:14640mm Min.vertical Working radius:940mm Max.height:9300mm Main components of WHEN1510 Pedestal Rockbreaker system： The Pedestal Rockbreaker System consists of a fixed base, swivel seat, upper arm, second arm, shock absorber components, attachments, etc. Using 3D drawing software for multi-directional simulation, determine the optimal working and installation range, and analyze the structure using finite element method to ensure that the equipment performance meets the requirements. The main body of the equipment adopts a box type frame structure welded with high-quality steel plates, which has strong rigidity and good torsional resistance. The upper arm and second arm shells are welded with high-strength, fine-grained steel plates, which have outstanding anti brittle fracture safety performance. The arm group steel structure adopts a large-sized box design, and the locally reinforced steel plate optimized design better withstands the lateral and torsional loads generated by the hammer head movement. High performance shock-absorbing components or rubber pads are used around the equipment base, which can greatly reduce the damage of impact loads to the entire machine and foundation structure. Main application scope of WHEN1510 Pedestal Rockbreaker system： This Pedestal Rockbreaker System has a wide range of applications, covering mines, quarries, sand and gravel yards, metallurgical smelters, foundries, cement plants, ladle slag plants, power plants, ports and docks, auxiliary dump trucks for unloading railway open cars, building materials, highways, railways, water conservancy and chemical industries, and many other sectors. It can play an important role in different industrial scenarios, improving production efficiency and reducing labor intensity for enterprises. Technical specifications  of WHEN1510 Pedestal Rockbreaker system： In terms of technical specifications, the Pedestal Rockbreaker System has strong power with a power range of 18-110 kW, which can meet the needs of different working intensities. The length of the working arm is between 4880- 20400mm, and the appropriate arm length can be selected according to the actual working scenario to achieve the best working effect. In order to meet the personalized needs of customers, YZH can not only provide products with specified specifications, but also customize crushing machinery equipment that is more in line with the actual working conditions of customers. Whether it's a special work environment or unique homework requirements, YZH can provide you with solutions. If you are struggling to find a reliable industrial equipment, consider the YZH Pedestal Rockbreaker System. We look forward to working together with you to create a better future.

A105 Carbon Steel Socket Weld (SW) Couplings are essential components in numerous industrial applications where integrity, durability, and high performance are paramount. Crafted from high-quality carbon steel, these couplings are designed to provide robust connection points for pipelines and various piping systems, ensuring a seamless flow of substances while withstanding high pressures and temperatures. Carbon Steel Socket Weld Fitting Advantages 1. Strength and Durability: A105 couplings boast high tensile strength, making them resistant to the stresses of high-pressure environments. 2. Leak Resistance: The socket weld design provides a secure connection, minimizing the risk of leaks and ensuring fluid integrity. 3. Versatile Applications: Suitable for various industries, A105 couplings can handle both high temperatures and aggressive chemicals. 4. Cost-Effective Solution: With their durability and low maintenance requirements, these couplings offer a long-term, cost-effective solution for businesses. 5. Industry Compliance: Manufactured to meet ANSI/ASME and ASTM standards, A105 Carbon Steel SW Couplings ensure that your piping systems adhere to required specifications.

A234 WPB Carbon Steel Butt Weld Elbow is a high-quality piping component designed for use in high-pressure and high-temperature applications. Made from carbon steel, this elbow offers excellent strength, durability, and resistance to corrosion, making it ideal for a wide range of industrial applications. The product is manufactured in compliance with international standards, ensuring reliability and performance in demanding environments. Carbon Steel Butt Weld Fitting Key Features: - High Strength: Manufactured from A234 WPB carbon steel, ensuring excellent mechanical properties. - Corrosion Resistance: Suitable for use in harsh environments, including chemical and marine applications. - Precision Engineering: Compliant with ASME B16.9 and other international standards for dimensional accuracy. - Versatile Applications: Ideal for pipelines requiring directional changes in industries such as oil & gas, petrochemical, and power generation.

In industrial applications where safety, performance, and reliability are paramount, ASME A350 LF2 welding neck flanges stand out as a crucial component in piping systems. These Alloy Steel flanges are designed to withstand high pressures and temperatures, making them indispensable in sectors such as oil and gas, chemical processing, power generation, and shipbuilding. With their robust construction and versatile applications, ASME A350 LF2 welding neck flanges ensure the integrity of joints and connections in demanding environments. Applications ASME A350 LF2 welding neck flanges are essential in applications requiring reliable performance under low temperature conditions. Some common applications include: - Oil and Gas Industries: Used in pipeline construction and maintenance, these flanges play a vital role in connecting sections of pipelines that transport natural gas, crude oil, and refined petroleum products, especially in regions subjected to harsh climates. - Chemical Processing Plants: ASME A350 LF2 flanges are used to create secure joints in systems that handle chemicals, enabling the safe transport of corrosive substances at low temperatures. - Power Generation: In power plants, particularly those using LNG or other low- temperature fuels, these flanges ensure secure connections that can withstand fluctuating pressures and temperatures. - Marine Applications: In shipbuilding and repair, where vessels operate in cold waters, these flanges are utilized for pipelines that transport various fluids and gases, ensuring safety and reliability.

The AWWA C228 304L Stainless Steel Flange is a high-quality, durable component designed to meet the evolving needs of modern industrial applications. Fabricated in accordance with the American Water Works Association (AWWA) standards, this flange promises not only superior performance but also adherence to safety and quality regulations. Crafted from 304L stainless steel, this flange is particularly suited for environments where both strength and resistance to corrosion are critical. Material Excellence At the heart of the AWWA C228 304L Stainless Steel Flange is its intelligent design using 304L stainless steel. This low-carbon version of type 304 stainless steel contains a maximum carbon content of 0.03%, which enhances its resistance to corrosion, especially in environments with high temperatures. The composition includes chromium (18%-20%) and nickel (8%-10.5%), which contribute to its excellent resistance to oxidation and provide a glossy, aesthetic finish that reduces maintenance needs. These elements ensure that the flange maintains structural integrity and performs efficiently in harsh environments, making it an ideal choice for pipelines carrying water, chemicals, and other aggressive materials. Dimension Specifications The AWWA C228 304L Stainless Steel Flange is available in a variety of sizes and thicknesses to cater to different installation requirements. Its design adheres to the AWWA C228 standards, ensuring compatibility with other components and systems. With options for both slip-on and blind flanges, customers can select the best type for their specific applications, providing flexibility in installation and maintenance routines. It's crucial to ensure proper alignment and fitting during installation to maximize the performance and longevity of the flange in your network. Corrosion Resistance One of the primary advantages of using the AWWA C228 304L Stainless Steel Flange is its outstanding resistance to corrosion. In this widely varied landscape of environmental conditions, the flange demonstrates exceptional performance against oxidizing acids, caffeine, and food products. This makes it particularly suitable for water treatment plants, food and beverage manufacturing, and chemical processing. Its ability to withstand pitting and crevice corrosion guarantees that it will maintain a reliable seal, preventing leaks and minimizing downtime in operations. Versatility and Applications The AWWA C228 304L Stainless Steel Flange is not just a singular product but a versatile component applicable in a variety of industries. It finds applications in municipal water systems, wastewater treatment facilities, fire protection systems, and various industrial pipelines. The flange’s robust design also makes it suitable for high-pressure applications, ensuring safety and reliability during operation. Easy Installation Another noteworthy feature of the AWWA C228 304L Stainless Steel Flange is the ease of installation. Designed to comply with industry standards, it facilitates a straightforward installation process, saving time and reducing costs. The flanges are pre-drilled to standard bolt patterns, ensuring they can easily be paired with existing piping configurations. This compatibility reduces installation complication and improves workflow efficiency. https://www.steel-fitting-hh.co , m/

The AWWA C207 A105 carbon steel flange represents a synergistic blend of durability, reliability, and adaptability, making it an essential component for various industrial and municipal water systems. Designed in accordance with the American Water Works Association (AWWA) standards, this flange is engineered to meet the rigorous demands of piping systems in a range of applications, including water treatment plants, wastewater facilities, and other industrial operations. Specifications and Compliance Manufactured from high-quality A105 carbon steel, the AWWA C207 flange adheres to stringent quality control standards, ensuring consistent performance and longevity. The A105 specification corresponds to the American Society for Testing and Materials (ASTM) guidelines pertaining to carbon steel for piping components. It includes characteristics such as a minimum yield strength of 36,000 psi and a minimum tensile strength of 58,000 psi, ensuring that the flange can withstand high-pressure environments without compromising structural integrity. An important aspect of this Carbon Steel Flange is its compliance with the AWWA C207 standard, which specifies the design, material, testing, and fabrication requirements for steel flanges used in municipal waterworks. The AWWA standard ensures that these flanges have the necessary mechanical properties and compatibility with other components in water distribution systems. Design Features The AWWA C207 A105 flange features a flat face design, optimized for leak-free performance. It typically comes with drilled holes around its perimeter for easy bolting and secure connections, thus facilitating efficient installation and maintenance. The flange's design typically includes flat, raised, or beveled faces, which allow for compatibility with various piping systems and connection configurations. The dimensions of the flange are standardized, ensuring its interoperability with AWWA Standards as well as ANSI/ASME (American National Standards Institute/American Society of Mechanical Engineers) standards for flanged connections. This interoperability is crucial for maintenance and replacement in existing systems, helping to minimize downtime and operational disruptions.

Greetings Sir/Madam, We are registered local miners and sellers of Gold. Our company has been in the extraction and mining sectors for over decades and has been of good esteemed both local and international. Our gold is of good quality and our price is very attractive. If you are interested and for more information, please contact us below. Thank you for your cooperation. Mobile/Whatsapp: +233-260730927

Greetings Sir/Madam, We are registered local miners and sellers of Gold. Our company has been in the extraction and mining sectors for over decades and has been of good esteemed both local and international. Our gold is of good quality and our price is very attractive. If you are interested and for more information, please contact us below. Thank you for your cooperation. Mobile/Whatsapp: +233-260730927

Minimum Order: 200

In the field of modern mining and heavy industry, the blockage stoppage and high-risk crushing operations have long been restricting the production efficiency and safety level. YZH has launched BAN310 Grizzly Boom System, which has become the key technical equipment to solve these pain points with the core breakthroughs of intelligent control, heavy-duty crushing capacity and extreme environmental adaptability. This article will deeply analyze the innovative design, performance advantages and industry application value of this equipment. Its working system consists of four major modules: ydraulic Crushing Hammer (performs crushing, brazing rod diameter 75-175mm adjustable) Large/small arm working system (made of high-strength rectangular steel with cushion brake) Electro-hydraulic Power Station (power 30-75kW, accurately matching the load demand) Intelligent Control System (supports 10-20km remote control and multi-parameter fusion) Innovative Design and Technological Breakthroughs 1. Intelligent control system Ultra-long-distance precise operation: integrating video monitoring and remote control technology, the operation radius reaches 10-20km, realizing the “man- machine separation” operation in the high-risk area underground. Flexible positioning and striking: Equipped with high-performance controller, it supports millimeter-level positioning and multi-angle continuous striking of the crushing hammer, and reduces ineffective impact by more than 40%. Extreme working condition adaptation: optional low-temperature heating/high- temperature heat dissipation module can be installed to adapt to the environment from -30℃ to 80℃, which can meet the special scenarios such as high-altitude mines and metallurgical high-temperature zones. 2. Heavy-duty structure and reliability enhancement Impact-resistant design: adopting thickened pin, large-diameter hydraulic cylinder and high-performance vibration damping system, it effectively disperses the impact load and extends the life of the whole machine by 30%. International core components: key hydraulic components are selected from brand names, guaranteeing 20,000 hours of trouble-free operation. Modular expansion capability: the front-end can quickly replace the crushing hammer, hydraulic shear or grapple to realize multi-functionality (crushing, unpacking, slag clearing multi-functional). 3. High-efficiency power and energy-saving environmental protection Pure electric drive advantage: compared with the traditional diesel equipment, energy consumption is reduced by more than 60%, noise is reduced by 50%, and zero emissions are realized. Energy efficiency optimization system: dynamic matching between hydraulic station and crushing hammer, avoiding empty energy consumption, the cost of single ton crushing is only 1/6 of excavator. Performance Advantages and Economic Benefits 1. Revolutionary increase in production efficiency Reduce 90% of downtime for clearing blockage, and increase the production capacity of crushing line by 15-20%. Failure rate is 85% lower than that of diesel equipment, supporting year-round operation. 2. Double optimization of safety and cost Completely eliminates high-risk operations: remote control avoids manual contact with high-temperature slag, falling rocks in mines, and other risks. Full-cycle cost advantages: Maintenance costs are reduced by 40% and spare parts replacement intervals are extended by two times Protecting crusher liners extends the life of the mainframe by 30% and reduces wear and tear costs Application Scenarios and Typical Cases 1. Mines and Quarries Blocking and Unblocking: In a gravel aggregate plant in Anhui, BAN310 was installed to solve the problem of gyratory crusher jamming, reducing downtime loss by 500 hours per year. Secondary crushing: replacing the blasting process to deal with oversize ores, reducing safety risks and environmental approval costs. 2. Metallurgy and foundry industry High-temperature slag treatment: a steel plant adopts BAN310 to remotely crush 1500℃ steel slag, avoiding manual near-front operation and reducing 3 safety accidents per year. Scrap steel pretreatment: crushing scrap car skeleton, enhance the efficiency of electric furnace feeding by 30%. 3. Cement Plant and Underground Mine Silo Slabbing Clearance: Shandong Cement Plant removes cement slabs from 10,000 tons silo by BA300 to ensure continuous material supply. Slideway lattice screen clearing: In Inner Mongolia underground mine, BAN310 completes the lattice screen dredging in the unventilated operation area, and the production efficiency is improved by 25%. Summary and Purchasing Suggestions BAN310 Grizzly Boom System  has become the core equipment for upgrading mining heavy industry through intelligent control, heavy-duty reliability and super adaptability. Its modular design supports in-depth customization - from 4880mm basic arm span to 20.4m ultra-long operating range, and it can operate stably from -30℃ cold mines to high-temperature zones in steel mills, highlighting the boundary breakthrough in engineering design. Key points for purchasing decision: Work condition adaptation: installation location dimensions, material hardness and voltage level need to be provided, and the manufacturer supports customized design. Service guarantee: Yuanzheng provides turnkey services, including installation and commissioning, operation training and 24-hour emergency support. This equipment not only represents the upgrade of technical tools, but also promotes the transformation of the mine production mode to "unmanned, zero casualties, and full continuity" - in the eternal game of efficiency and safety, the optimal solution is given.

Static Boom WHA560 Static Boom deeply integrates modern crushing equipment with traditional sand production process, and through technological innovations such as intelligent control, long-distance communication, and environment sensing, Static Boom creates a heavy-duty construction machinery equipment that combines safety, efficiency, and flexibility. Whether it is a fixed jaw crusher opening, gyratory crusher inlet, or mobile crushing plant, WHA560 Static Boom can accurately cope with the processing needs of oversized materials, becoming an indispensable “blockage-breaking expert” in mining operations. Core features The core competitiveness of WHA560 static boom stems from its hard-core technical configuration and humanized design details, which embodies the design concept of “Heavy-duty and Durable, Flexible and High-efficiency” from the structure to the function, and the specific features are as follows: The base boom has excellent performance: it adopts heavy-duty, durable and high-strength steel structure, and the maximum payload can reach 9000 kilograms, which can easily cope with heavy material handling and crushing operations. The lubrication system can be selected flexibly, either with Lincoln brand centralized automatic lubrication system to realize unmanned maintenance and reduce human intervention, or with centralized manual lubrication system to meet the maintenance needs of different scenarios, and support customized configuration to adapt to diversified operating environments. Powerful and reliable power and hydraulics: A powerful drive unit consisting of a 30 kW motor and a hydraulic pump with a hydraulic flow rate of up to 90 liters per minute provides sufficient power for flexible operation of the static boom and crushing work. For special environmental requirements, the Arctic package can be equipped to ensure stable operation at temperatures as low as -40°C, breaking through the climate limitations. The hydraulic system adopts quick coupling design, which supports the quick replacement of attachments and the rapid switching of different working parts such as crushing hammer and grapple, which greatly enhances the versatility and adaptability of the static boom. Easy to operate and highly flexible: Equipped with an easy-to-operate control handle, the operating logic is simple and intuitive, allowing even novices to get started quickly and reducing personnel training costs. The static boom can rotate 360° and has a maximum working radius of 6,710 millimeters, covering a wider working area, and can be flexibly adjusted to handle blockages or oversized materials in confined spaces or under complex working conditions. Diversified Applications WHA560 static boom has a wide range of application scenarios, covering almost all areas of heavy industry where heavy materials need to be handled, and its core value lies in replacing manual labor through mechanized operation to achieve the double enhancement of safety and efficiency. The static boom is used in quarries and open pit mines to remove oversized boulders from crusher inlets and discharge points in loading areas. In traditional operations, manual handling of such boulders is not only time- consuming and laborious, but also faces a high risk of being injured by falling rocks. The static boom can accurately move boulders to the designated area or crush them directly through remote control, which not only ensures operational safety, but also quickly clears the blockage points, ensures the continuity of material transportation, and significantly improves the overall production efficiency of the quarry. In underground metal mines, due to the narrow space of ore access openings and dumping points, it is difficult for large equipment to enter, and manual handling of oversized materials is extremely inefficient and poses safety risks.With its compact structural design and flexible boom operation, the static boom can work freely in the limited space, efficiently handle and crush oversized ores, effectively improve the efficiency of underground material flow, and reduce the downtime due to clogged materials. The compact design and flexible jib operating capability of the static boom allows it to operate in limited space, efficiently handling and crushing oversized ores. In addition, the static boom also plays an important role in heavy industries such as demolition, construction and recycling. When confronted with heavy and bulky construction or recycling materials, as well as large objects that are difficult to handle manually, the static boom can break them down through its powerful hydraulic crushing function, and then combine it with its flexible handling capability to realize centralized material handling. Whether it's a dangerous demolition site or an inefficient manual handling scenario, the static boom can optimize the process through mechanized operation, reduce manual labor intensity, and avoid safety accidents at the same time. WHA560 Static Boom has become the core equipment for solving the problem of material clogging and improving operational efficiency in heavy ind ustry by virtue of its high-strength structure, powerful power system, flexible operational performance and wide adaptability to various scenarios. It not only redefines the material handling mode of mining and heavy industry, but also provides solid technical support for enterprises to realize safe, intelligent and efficient production.

Minimum Order: 1 bags

Galvanized steel coil is a metal material in which a layer of zinc is plated on the surface of ordinary steel coil. This layer of zinc greatly improves the rust and corrosion resistance of the steel coil. It has good processing performance and strength and is widely used in construction, automobile manufacturing, home appliances and other industries. For example, galvanized steel coils can often be seen in roofs and wall panels in buildings, and in car body parts.

Minimum Order: 50