Industrial Machinery & Equipment

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Buy New HP DesignJet HD Pro Multifunctional Printer Price : USD 7925 Min Order : 1 Pieces Lead Time : 3 - 6 Days Port : CIF / Supadio International Airport Payment : Payment via PayPal, Bank Wire Transfer (T/T), Western Union (WU), Wise Transfer, World Remit, MoneyGram International and Xoom Shipment : FedEx, DHL, UPS Harisefendi is 100% safe, Because purchase products at Harisefendi provide a 100% money back guarantee. HARIS EFENDI Address : Jl. Jenderal Ahmad Yani No.4, Parit Tokaya, Kec. Pontianak Sel., Kota Pontianak, Kalimantan Barat 78113 Site us : https://harisefendi.com Contact Purchase : order@harisefendi.com Phone/Whatsapp : +6281235792168

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In the industrial machinery sector, efficient, safe, and eco-friendly equipment remains an essential requirement. YZH's WHB810 breaker boom, with its outstanding performance and intelligent design, is emerging as a reliable asset for mining, metallurgy, and related industries. In modern industrial production, particularly in mining, metallurgical smelting, and aggregate processing, secondary crushing and efficient handling of large-sized materials remain critical processes. YZH specializes in fixed crushing equipment, renowned for its high reliability and adaptability. As one of its advanced offerings, the WHB810 breaker boom integrates electro- hydraulic technology, intelligent control systems, and modular design principles to enhance production efficiency, reduce energy consumption, and ensure operational safety. Main parameters of WHB810 breaker boom: Model No. WHB810 Boom weight(without hammer) kg 3420 Max.Horizontal Working radius mm 10700 Max.vertical working radius mm 8150 Min.vertical working radius mm 2620 Max.Height mm 6230 The Scope of Work Diagram of WHB810 breaker boom: The Features of WHB810breaker boom: The WHA810 fixed mechanical arm integrates multiple advanced technologies, with its design focused on intelligent operation, high-efficiency output, and exceptional adaptability. This equipment utilizes an electro-hydraulic drive system, delivering powerful yet smooth operation. Its working arm offers a horizontal reach ranging from 4880 mm to 20400 mm, with a swing angle of 170° to 360°, providing an extensive working range. Flexible control options include both cab operation and remote control, with a range extending up to 10-20 kilometers. This remote capability, combined with a video monitoring system, significantly enhances operational safety and convenience. The robotic arm features a modular design compatible with various front-end tools, including hydraulic breakers, hydraulic lotus claws, hydraulic shears, and grapples, enabling functions such as crushing, shredding, scooping, grabbing, digging, hooking, lifting, and scraping. Core components utilize internationally renowned brands and incorporate a high- performance shock absorption system. This effectively reduces impact loads on the entire machine and its foundation structure, ensuring long-term stable operation under harsh conditions. The Benefits of the WHB810 Breaker Boom: The WHB810 breaker boom offers advantages in energy efficiency, environmental friendliness, high production efficiency, low maintenance costs, and safety reliability. Compared to traditional diesel equipment, its energy consumption costs can be reduced by over 50%, reaching up to 60% in certain scenarios. This is primarily due to its motor-driven design, which offers high energy utilization and zero exhaust emissions, making it more environmentally friendly. Equipment failure rates are reduced by over 80% compared to traditional equipment, thanks to its optimized system design and reliable component selection. Maintenance is simplified, significantly reducing downtime and improving equipment utilization. Operators can perform tasks via remote control, staying clear of hazardous work zones and significantly enhancing workplace safety. The equipment also incorporates multiple safety protection systems to ensure both equipment and personnel safety. The equipment has low requirements for working and operating environments. It can function normally even in the harsh conditions of primary ore crushing— where ventilation is poor and dust levels are high. Optional low-temperature automatic heating and high-temperature automatic cooling systems are available to adapt to various extreme environments. The Application of WHB810 Breaker Boom: The WHA810 Breaker Boom finds extensive application across multiple industrial sectors, where its versatility and high adaptability make it the preferred equipment for numerous enterprises. Primary applications include: - Clearing material blockages at feed openings and screen separators in crushers at open-pit and underground mines; - Secondary crushing operations in mines and quarries; - Shell removal, brick dismantling, ladle handling, and coarse crushing of large materials at smelting plants for mobile ladles and metallurgical furnaces. It is also suitable for sand and gravel aggregate processing, cement plants, power stations, ports, and terminals. YZH's engineering manipulators (including the WHB series) have been successfully deployed in numerous domestic projects, earning high recognition from users. Its extensive application scenarios and proven success cases demonstrate that this equipment delivers sustained improvements in production efficiency and economic returns for enterprises.

My name is susan and I work for XT Intelligent co.,ltd and I would like to take a moment of time to introduce you to our drying system. Our High Efficiency Multi Phase (flowers, leaves such as Rose,pepper etc) dryer combines established drying and processing techniques into a unique attrition flash drying process that keeps your items undamaged. This provides a timely and cost-effective means of stabilizing your valuable harvest before mold, mildew or composting can occur, allowing for future processing at a pace you determine. We design systems to your requirements, let us know your harvested moisture level is (%) as well as your capacity requirements, in “wet/harvested hemp in” lbs/hour and we will provide dryer budget estimates. If you have interest to know more information, pictures and video .pls let us know. My contact information is below, I would enjoy learning about your farm, call me if you have a few minutes to discuss your drying requirements. All the best, Susan Zheng XT Intelligence Technology Co.,Ltd E-mail : Susan205060@hotmail.com Whatsapp:+86 13671955713 Cell Phone: 0086-136 7195 5713 https://www.facebook.com/BELTDRYERMANUFACT , URER (20+) UL/CE parts belt dryer /box dryer Manufacturer - XT Facebook

Steel Ball Valve DN200-DN300 engineered for zero-leakage performance in critical industrial systems since 1995. European technology ensures 30-year reliability. Ricks Ball Valve features dual PTFE & spring-loaded seats achieving ISO 5208 bubble-tight sealing. Lip-type seals resist pressure surges and thermal deformation - essential for district heating networks. Slotless stem design prevents deformation with triple PTFE seals and graphite gaskets, eliminating stem leakage in oil/gas applications. Robust Construction Specifications Body: Integrally welded (20#, P235GH, or ST.38 Steel) Ball:AISI 304 Stainless Steel, corrosion-resistant Precision:CNC-machined components (±0.01mm tolerance) Smart Functionality & Customization

The straight pass filter is an indispensable device for conveying medium pipelines. It is mainly used in heating, air conditioning, HVAC, water supply systems and sewage pipes. After the valve is installed in the pipeline, online sewage discharge can be achieved without closing the valve.  Operation Instructions The steel welded filter is welded to the sewage pipe. When the medium passes through the filter, the debris in the medium is passed to the outside of the filter cartridge. When discharging sewage, the sewage valve can be opened online to flush the debris out of the body and discharge it to the designated location through the connecting pipe and the connecting hose. After the sewage is discharged, the sewage valve can be closed.

On the basis of satisfying all the functions of the original ball valve, the ball balance valve adds a new type of product with the ability to adjust, which makes up for the disadvantage of the ball valve that cannot be adjusted. It solves the shortcomings of the original flange balance valve, such as difficult heat preservation, large installation space, inaccurate adjustment scale, and easy water leakage of the adjustment rod. Characteristics And Advantage 1 The valve body structure is integrally welded, and there will be no external leakage. 2 Stem sealing with double o-rings. 3 The Welded Balance Valve body material is the same as the pipe material, and there will be no stress unevenness in welding. 4 Light weight and space saving design that easy to install and use. 5 The best W-shaped adjustment ball port design can meet the equal percentage flow adjustment curve.

Double Flange Ball Valve has been used in heating filed since 1950s,RICKS began its heating career in 1995,since then, RICKS has been committed to introducing new technologies and equipment to improve our quality and service. Our self- developed fully automatic production line uses first-class European equipment and can produce a high-quality ball valve every 38 seconds, ensuring that we can complete the production of 1,000,000 units per year! CHARACTERISTICS AND ADVANTAGE 1The Flange Ball Valve body structure is integrally welded and will not have external leakage. 2,The valve seat is composed of a PTFE sealing ring and a spring, and has a strong adaptability to changes in pressure and temperature, and will not cause any leakage within the range of use.

Welded ball valve becomes more and more popular in heating filed 1:Dual seat and two-way sealing! 2:Bubble grade sealing, Non-leakage! 3:Slotless valve stem: no leakage, high strength, no deformation 4:Lip type sealing: avoid the deformation and damage due to dynamic pressure impact 5:With anti-lock function The RICKS Ball Valve delivers unparalleled performance for critical sectors like oil/gas, heating, and water supply. Engineered for zero leakage and extreme durability, this valve meets DIN/EN/GOST standards while offering 30- year reliability.

In the intricate world of piping systems, the ability to seamlessly alter fluid direction is paramount. This is where buttweld steel elbows become indispensable. Far more than simple bends, these critical pipe fittings are engineered components that allow for the precise redirection of pipelines, accommodating the most complex layout demands. Among the various types, the 45- degree and 90-degree elbows stand out as foundational elements, each with distinct characteristics and applications that savvy engineers and project managers must understand. What is a 45 Degree Elbow? The 45-degree elbow is a master of subtle redirection. It offers a gentle, yet effective, change in pipe direction by precisely 45 degrees. Crafted from a range of robust materials such as carbon steel, stainless steel, and alloy steel, these elbows are built for durability and performance in diverse environments. 45 Degree butt weld steel Elbow Key Characteristics: Minimized Fluid Resistance: One of its most significant advantages lies in its fluid dynamics. The gentle 45-degree turn minimizes resistance to fluid flow. This reduction in obstruction means less energy is lost and the system operates more efficiently. Turbulence Reduction: The smoother bend inherently reduces the likelihood of turbulent flow within the pipeline. This is crucial for applications where consistent flow and minimal agitation are required, helping to prevent wear and tear on the pipe walls and reduce cavitation. Even Stress Distribution: The design of a 45-degree elbow promotes a more uniform distribution of stress across its structure. This characteristic enhances the fitting’s longevity and reliability, particularly in systems subjected to fluctuating pressures or temperatures. 45-Degree Elbow Application: Construction Sector: In the demanding world of building infrastructure, 45- degree elbows are extensively employed in water supply and drainage systems, where smooth flow and efficient distribution are key to long-term operational integrity. Petrochemical Industries: Within complex petrochemical plants, these elbows facilitate the connection of various equipment, enabling precise directional changes that support intricate process flows without compromising efficiency. Power Generation: Thermal power plants, with their high-temperature and high- pressure steam-water systems, rely on 45-degree elbows to strategically alter pipeline directions, contributing to the overall efficiency and safety of energy production. What is a 90 Degree Elbow? In contrast, the 90-degree elbow is the go-to fitting for making sharp, perpendicular turns. Its design, reminiscent of a perfect right angle, is optimized for applications demanding a complete and immediate change in flow direction. Like its 45-degree counterpart, it features connection interfaces at both ends, allowing for seamless integration into complex piping networks using various material types. 90 Degree butt weld steel Elbow Defining Features: Exact 90-Degree Angle: The defining characteristic is its precise 90-degree bending angle. This ensures an exact vertical or horizontal redirection in pipeline layouts, providing critical accuracy for system design. Comprehensive Flow Redirection: It facilitates a complete and immediate alteration of the pipeline’s flow path, making it ideal for navigating tight spaces or creating compact system configurations. Superior Mechanical Properties: Given its role in making abrupt directional changes, the 90-degree elbow is engineered for high-pressure-bearing capacity. Its mechanical properties are robust, ensuring it can withstand significant operational stresses within the pipeline system. 90-Degree Elbow Applications: Plumbing and Drainage Systems: Ubiquitous in domestic and industrial plumbing, these elbows are essential for creating the necessary directional shifts in wastewater systems, guiding effluent efficiently through networks. Petrochemical Sector: In the vast pipeline networks of petrochemical facilities, 90-degree elbows are crucial for connecting disparate pieces of equipment, enabling a full change in pipeline direction where space or design dictates. Power Generation Facilities: Within the critical steam-water and oil pipeline systems of thermal power plants, 90-degree elbows play a vital role in connecting components like boilers, steam turbines, and condensers, ensuring precise directional changes for operational flow. The Crucial Distinction: 45-Degree vs. 90-Degree Elbows Understanding the fundamental differences between these two types of elbows is key to optimal pipeline design and performance. Angle of Bend: Flow Characteristics and Efficiency: Space Requirements: 45-Degree Elbow Imparts a moderate, 45-degree shift in direction, ideal for gradual turns and maintaining flow momentum. Engineered for smoother flow, minimal turbulence, and reduced pressure drop. This makes it the preferred choice in systems where maintaining flow efficiency, reducing energy consumption, and preventing cavitation are paramount. Typically requires slightly more linear space for its gradual bend. 90-Degree Elbow Executes a full, abrupt 90-degree turn, perfect for perpendicular routing and navigating confined spaces. While highly effective for sharp turns, it inherently induces more turbulence and a greater pressure loss. This is often an acceptable trade-off in systems that have sufficient pressure capacity to handle these effects or where space constraints necessitate a compact, right-angle turn. Offers a more compact directional change, making it suitable for layouts with limited spatial availability. How to choose? The decision between a 45-degree and a 90-degree elbow is not arbitrary; it’s a strategic engineering choice that impacts system efficiency, cost, and longevity. Each elbow type, with its unique angular bend, flow characteristics, and spatial footprint, is designed to meet specific operational demands and environmental constraints. By meticulously considering the nuances of fluid dynamics, pressure tolerances, and layout requirements, engineers can select the fitting that best optimizes pipeline performance. As a leading buttweld steel elbow fittings manufacturer and exporter in China, Rayoung is dedicated to providing tailored solutions for every project. We pride ourselves on our ability to produce bespoke pipe fittings that adhere precisely to your unique drawings and technical specifications. Don’t hesitate to reach out to us with your inquiries; our expertise is your advantage in building robust and efficient piping systems. Tel/WhatsApp: +86-18003119682 Emails: info@hb-steel.com

Minimum Order: 100

PV Jaw Crusher Introducing the PV Jaw Crusher, a cutting-edge product from Shanbao. Our team has combined years of practical experience with advanced technology and design means to develop this new and innovative jaw crusher.  The PV Jaw Crusher is a versatile and powerful machine that can crush a wide range of materials with a compressive strength of up to 250 MPa. Its robust construction and high-quality components ensure that it is built to last, while its advanced design features make it easy to operate and maintain.  We offers variety of jaw crusher in wholesale. Contact us today for your needs.   Application Fields This series of products are widely used in the primary crushing of various ores and rocks in various fields such as mining, smelting, building materials, highways, railways, water conservancy and chemical industries. Applicable materials include limestone, iron ore, basalt, granite, river pebbles, gold ore, etc. Here are some more details on the applications of these products in various fields: 1. Mining: In the mining industry, these products are commonly used for primary crushing of various ores and rocks, such as iron ore, copper ore, gold ore, and silver ore. The jaw crusher's ability to crush materials into smaller sizes makes it a crucial piece of equipment in the mining process. This helps to increase efficiency and reduce costs associated with material handling. 2. Smelting: The smelting industry uses these products to crush raw materials that are later processed into metals. For example, the primary crushing of iron ore is an important step in the production of steel. Jaw crushers can be used to crush other materials used in smelting, such as copper ore and lead ore. 3. Building Materials: In the building materials industry, jaw crushers are used to crush materials such as concrete, brick, and asphalt. These materials are later used in the construction of buildings, roads, bridges, and other infrastructure projects. The jaw crusher's ability to crush materials into smaller sizes helps to reduce material costs and makes it easier to transport materials to construction sites. 4. Highways and Railways: In the construction of highways and railways, jaw crushers are used to crush materials such as gravel and aggregate. These materials are later used as a base layer for the road or railway track. The jaw crusher's ability to crush materials into smaller sizes helps to create a more even and stable base layer. 5. Water Conservancy: In the water conservancy industry, jaw crushers are used to crush materials such as river pebbles and granite. These materials are later used to construct dams, reservoirs, and other water conservancy projects. The jaw crusher's ability to crush materials into smaller sizes helps to create a more stable and durable structure. 6. Chemical Industries: In the chemical industry, jaw crushers are used to crush materials such as limestone, gypsum, and other minerals. These materials are later used in the production of fertilizers, chemicals, and other products. The jaw crusher's ability to crush materials into smaller sizes helps to improve the efficiency of chemical processes and reduce costs associated with material handling.  

Gyratory Crusher Introduction: ● The production of gyratory crushers has a long history. Compared with the jaw crusher, its product size is uniform, the wear of the crushing wall is small, the operating rate is high, and the production capacity is large. ● Since the direct-turning type of ore feeding can be used, production facilities such as raw ore silos and feeders can be omitted when choosing the crushing production process for coarse crushing. It is the preferred typical equipment for coarse crushing of various hard materials in medium and large mines and other industries. . ● Modern gyratory crushers adopt more sophisticated manufacturing processes, more sophisticated control technology, and more sophisticated sensing equipment. This new type of gyratory crusher is smarter, more efficient, and more reliable.   Gyratory Crusher Advantages High crushing ratio: Gyratory crusher has a large crushing ratio and can be crushed into smaller particles at one time, reducing the burden of subsequent crushing links. Large processing capacity: Gyratory crusher can handle a large amount of materials, suitable for large-scale ore processing operations, and improve overall production capacity. Low maintenance requirements: The use of modular design and highly wear- resistant materials reduces the maintenance frequency and cost of gyratory crusher and improves economic benefits. Uniform finished product size: The optimized crushing chamber design and precise control system of Gyratory crusher ensure uniform product size. Each crushing can produce finished products with uniform particle size distribution, reduce excessive fine crushing and oversized particles, improve product quality, and meet the high-standard building materials and ore processing requirements. Low wear on the crushing wall: Gyratory crusher uses a crushing wall made of highly wear-resistant alloy material to significantly reduce the wear rate. The unique crushing chamber design and reasonable load distribution extend the service life of the equipment, reduce the maintenance frequency and cost, reduce downtime, and ensure long-term stable operation of the equipment. High operating rate: Gyratory crusher has an optimized design, efficient power transmission system and precise control technology, which significantly improves the operating rate. Gyratory crusher design and automated control system ensure efficient operation of the equipment, reduce material residence time, improve crushing efficiency and output, and meet the needs of large-scale production. Strong production capacity: Gyratory crusher adopts high-power drive system and optimized crushing chamber design, with strong production capacity. High- efficiency crushing force and material handling capacity ensure that the equipment remains stable under high load and long-term operation, and high output and product quality are equally important, which improves the efficiency of mining and ore processing.   Gyratory Crusher Uses Gyratory crusher is widely used in the following fields: Mining: used for primary crushing of ore, especially suitable for processing hard and abrasive ores such as iron ore, copper ore and gold ore. Building materials: used to produce sand and gravel aggregates and provide high-quality building materials. Metallurgical industry: used for crushing various metal ores to improve smelting efficiency. Chemical industry: used for primary crushing of chemical raw materials to improve production efficiency.

This series of vibrating screens are also referred to as circular vibrating screens because their motion is similar to circular motion. It is a new type of multi-layer, high-efficiency vibrating screen. The machine adopts a block eccentric vibration exciter and a tire coupling to increase the service life of the equipment; the equipped spring vibration damping device can effectively reduce the impact force on the foundation and has low noise.   Application fields This series is specially designed for quarry stone screening, and can also be used for product classification in coal separation, mineral processing, building materials, electric power and chemical industries. Multi-layer screens are available to meet the needs of screening materials of different sizes.   Suitable material Limestone, granite, basalt, diabase, shale, quartz stone, river pebble, iron ore, coal gangue, non-ferrous metal ore, cobblestone, etc.   Product features: 1. Advanced structural design, strong excitation force 2. High vibration intensity 3. Small initial vibration 4. Stable across the resonance zone 5. Less screen blockage 6. Low noise, improve working environment、 7. Easy to repair, strong and durable

Shanbao SCB series vertical shaft impact crusher adopts new technology and equipment to develop and produce crushers with high technical standards. It is a model of the perfect combination of professional crushing technology and mechanical manufacturing, and is a full manifestation of new technology and new craftsmanship.   Application fields It is widely used in expressways, railways, construction, municipal engineering, concrete mixing plants, etc. to produce high-quality sand and gravel aggregates, and has become the core equipment in the artificial sand making industry and the field of stone shaping.   Suitable material Limestone, quartzite, river pebble, basalt, granite, diabase, etc.   Product features: 1. Excellent crushing performance; 2. Long service life of wearing parts, special high chromium cast iron and cemented carbide are used to reduce production costs; 3. Large processing capacity and high output; 4. One machine with multiple functions and flexible application, quickly complete the conversion between "stone hitting stone" and "stone hitting iron"; 5. Excellent product size; 6. Low noise, low vibration, and unique patented air self-circulation system, which reduces dust and is conducive to environmental protection.