Industrial Machinery & Equipment

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

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

we produce all type numbering machine use for GTO ,MO, HAMADA etc printing machine,welcome to discuss with me if you have any request .

Minimum Order: 50

Efficient material crushing equipment is key to ensuring smooth production processes in industries such as mining, quarrying, and metallurgy.The stationary boom system used in Mine, as a high-power crushing and dismantling equipment integrating machinery, electricity, and fluid, has always held a leading position in the industry due to its excellent performance and wide range of applications. From the perspective of brand and manufacturer, the stationary boom system of YZH is its flagship product, and YZH provides solid guarantees for product quality and performance with its professional research and manufacturing capabilities. In terms of usage and application scope, this stationary boom system is mainly used at the inlet or sieve of crushers in various mines and quarries, for secondary crushing of large materials. It can also demonstrate its skills in smelters, such as shelling steel ladles and metallurgical furnaces, and widely serve industries such as ore, metallurgy, and casting. In terms of control and driving methods, the YZH stationary boom system provides two options: cab control and remote control, which not only meets the needs of on-site operators for close range fine operation, but also adapts to some remote operation requirements in dangerous or complex environments, greatly improving the flexibility and safety of operation. It adopts an electro-hydraulic drive method, which can output powerful power to ensure efficient crushing operations. From the technical parameters, the horizontal extension range of the stationary boom system is between 4880-20400mm, which can flexibly cover work areas at different distances; The diameter of the hammer drill rod is 75-175mm, which can be selected according to different crushing needs; The swing angle reaches 170 ° or 360 °, allowing the stationary boom system to operate within a wider range of angles and increasing the applicability of the equipment; The weight ranges from 1500-18500mm, reflecting its sturdy and durable characteristics. The advantages of this stationary boom system are very significant. The direct sales model from manufacturers allows products to be delivered directly from the factory to the hands of users, reducing intermediate links and ensuring that product quality is checked layer by layer to ensure that users receive high-quality equipment. In terms of product quality, all components are made of high-strength steel and manufactured using specialized machining and welding techniques in accordance with ISO 9001 and EU CE standards, ensuring the reliability and durability of the equipment. In terms of planning and cost control, the experienced team at YZH will provide on-site specific assessments and recommendations to assist users in making good plans, reducing costs, and improving the safety and reliability of equipment use.The after-sales service is also thoughtful and considerate. Experienced service engineers will provide one-stop services for equipment installation, debugging, operation training, maintenance, and parts supply, solving users' worries. The stationary boom system used in YZH has become a star product in industries such as mining and construction due to its excellent performance, wide application, reliable quality, and comprehensive service, providing strong support for crushing operations in industrial production.

Minimum Order: 1 bags

Support sample making, sample customization, large-scale machining factory, advanced technology, uniform, no scratches, smooth surface, no convex points, no abnormal corners

Support sample making, sample customization, large-scale machining factory, advanced technology, uniform, no scratches, smooth surface, no convex points, no abnormal corners

Support sample making, sample customization, large-scale machining factory, advanced technology, uniform, no scratches, smooth surface, no convex points, no abnormal corners

Support sample making, sample customization, large-scale machining factory, advanced technology, uniform, no scratches, smooth surface, no convex points, no abnormal corners

Support sample making, sample customization, large-scale machining factory, advanced technology, uniform, no scratches, smooth surface, no convex points, no abnormal corners

Quickly customize mold processing solutions and mold drawings according to drawings, with advanced technology, preferential prices, high precision, suitable for batch product mold opening in various industries

The YZH stationary boom system product line is renowned for its intelligent operation, high energy efficiency, strong adaptability, and exceptional reliability. Below is a detailed introduction to the WHA610 stationary boom system. Main Parameters of the WHC610 Stationary Boom System： Scope of Work Diagram for the WHC610 Stationary Boom System： Features of the WHC610 Stationary Boom System： 1. Structural Design: Fixed robotic arms typically utilize high-strength steel and modular design to ensure stability and durability during high-intensity operations. 2. Power System: Features an electro-hydraulic drive system delivering stable power output with low energy consumption. 3. Control Methods: Supports multiple control modes including cab operation and remote control (with a range of 10-20km), equipped with a video monitoring system for intelligent operation. 4. Attachment Compatibility: Achieves multi-functional operation by swapping front attachments (e.g., hydraulic breakers, hydraulic grapples, buckets) to adapt to diverse task requirements. 5. Working Range: The horizontal reach of the working arm typically spans 4.88m to 20.4m, with swing angles ranging from 170° to 360°, ensuring extensive coverage. The Benefits of WHC610 Stationary Boom System： 1. High Efficiency & Energy Savings: Reduces energy costs by over 50% compared to traditional diesel equipment (up to 60% in certain scenarios). Electric drive eliminates exhaust emissions for enhanced environmental performance. 2. Advanced Intelligence: Features a flexible control system enabling precise positioning. Remote monitoring and operation minimize risks associated with close-range personnel operations. 3. Strong Adaptability: Operates reliably in harsh environments (e.g., corrosive or high-explosion-risk areas). Modular design enables rapid customization for diverse client requirements. 4. Low Maintenance Costs: Failure rates reduced by over 80% compared to traditional equipment. Simple maintenance minimizes downtime. 5. Safe and Reliable: High-performance shock absorption system reduces impact damage to equipment, extending service life. The Application of WHC610 stationary boom system： YZH stationary boom system are widely applied in the following sectors: Mining: Secondary crushing of large ore blocks, resolving chute blockages and screen jams (e.g., metal mines, coal mines). Aggregate Industry: Clearing large rock obstructions at crushing plant feed points to boost production efficiency. Metallurgy & Foundry: Used for slag removal, ladle dismantling, shell breaking, and similar operations. Cement Plants & Chemical Industry: Handles blockages in hot clinker or corrosive environments. Ports & Terminals: Breaks large materials to assist loading/unloading operations. A metallurgical foundry adopted YZH stationary boom system for ladle slag removal, replacing manual labor. This increased efficiency by approximately 50% while eliminating risks associated with high-temperature manual operations. A large aggregate plant installed this stationary boom system at the jaw crusher feed inlet to resolve material jams, reducing downtime and boosting overall output.

The demand for high-grade animal feed is growing rapidly worldwide as livestock and fowl farming increases. Effective feed production is important for making certain optimal growth, health, and performance in animals. A feed pellet line is an extensive solution made to process resources into uniform, nutrient-rich pellets. Amongst contemporary feed production solutions, a feed pellet line for livestock and chicken feed production has emerged as a popular selection for farmers, feed mills, and industrial producers. What is a Feed Pellet Line? A feed pellet line is an integrated set of equipment developed to process raw feed ingredients such as corn, soybean meal, wheat bran, rice husks, and ingredients right into ended up feed pellets. These lines can produce pellets appropriate for a large range of animals and poultry, consisting of chickens, ducks, pigs, livestock, and even fish. The main phases of a feed pellet line usually consist of: grinding, blending, conditioning, pelleting, cooling, testing, and product packaging. Each stage ensures that the feed fulfills high criteria of high quality, uniformity, and nutritional value. Modern feed pellet lines are developed for effectiveness, versatility, and sturdiness, making them a critical financial investment for any kind of feed manufacturing center. Trick Benefits of a Feed Pellet Line Investing in a feed pellet line for livestock and poultry feed manufacturing offers various benefits: Boosted Feed Efficiency Pelleted feed is easier for animals to absorb, which improves nutrient absorption. This translates right into faster growth, higher egg manufacturing, and far better general pet wellness. Reduced Feed Wastage Unlike loosened feed, pellets reduce sorting and wastefulness. Pets take in the feed totally, making sure cost efficiency and regular nourishment. Customizable Pellet Sizes Different pets require various pellet dimensions. Feed pellet lines supply flexible die configurations to produce pellets varying from a couple of millimeters to larger dimensions suitable for cattle or pigs. High Manufacturing Effectiveness Automated feed pellet lines simplify the production process, reducing labor requirements while preserving consistent outcome. Constant operation guarantees large-scale production without interruptions. Power and Expense Financial Savings Modern feed pellet lines are engineered for power effectiveness, with optimized motors, pellet mills, and control systems that decrease power intake and functional expenses. Sanitary and Safe Manufacturing Well-designed feed pellet lines reduce contamination risks, making sure that feed is risk-free and hygienic for animal intake. Parts of a Feed Pellet Line A common feed pellet line includes a number of essential elements: Resources Grinder: Crushes raw grains and other components right into great bits, guaranteeing harmony for blending and pelleting. Feed Mixer: Thoroughly mixes the ground products with vitamins, minerals, and various other ingredients, ensuring regular nutrient circulation. Conditioner: Applies warm and moisture to the blended feed, boosting pellet high quality and lowering pass away wear throughout extrusion. Pellet Mill: The core device of the line, compressing feed right into consistent pellets. Rollers and a die collaborate to form pellets of specific diameters. Cooling System: Cools down hot, newly extruded pellets, solidifying them for storage space and transportation while avoiding putridity. Screening and Product packaging: Eliminates penalties and damaged pellets, then prepares feed for landing or mass storage. Applications of a Feed Pellet Line Feed pellet lines are commonly used in different animal husbandry and industrial feed manufacturing settings: Poultry Feed Manufacturing: Hens, ducks, and turkeys gain from properly sized pellets, boosting growth and feed efficiency. Pig Feed Manufacturing: Pelletized feed guarantees well balanced nourishment and minimizes feed sorting for pigs. Livestock and Lamb Feed Manufacturing: Larger pellets can be created for ruminants, tailored to their dietary demands. Aquaculture Feed Manufacturing: Specialized lines generate water-stable pellets for fish and shrimp, meeting specific nutrient demands. Variables to Think About When Selecting a Feed Pellet Line When purchasing a feed pellet line for animals and poultry feed production, several aspects influence the decision: Production Capability Figure out the day-to-day feed outcome needed. Small ranches might need 1-- 2 tons per hour, while industrial feed factories might call for 20 tons or more per hour. Feed Kind and Species Make certain the line can generate pellets of ideal dimension and structure for the target pets. Automation Degree Greater automation lowers labor expenses yet enhances first financial investment. Semi-automatic lines may suffice for little to medium-scale operations. Energy Performance Energy-efficient lines lower electricity usage, boosting productivity and sustainability. After-Sales Assistance Reputable vendors offer installation support, technical assistance, extra parts, and maintenance services. Tips for Effective Operation Correct Basic Material Prep Work Clean, completely dry, and proportion basic materials prior to processing to avoid clogging and ensure high pellet quality. Control Wetness and Temperature Level Maintain optimal moisture and warmth throughout conditioning and pelleting to generate solid, long lasting pellets. Regular Upkeep Keep mills, mixers, and pellet mills well-kept to lower downtime and extend machine life-span. Consistent Top Quality Monitoring Routinely examine pellet firmness, size, and nutrient make-up to maintain product standards. Verdict A feed pellet line is a vital financial investment for any type of fowl or livestock ranch looking for to create high-quality feed efficiently. By transforming resources into constant, nutrient-rich pellets, it improves feed performance, lowers wastefulness, and sustains animal health and efficiency. Purchasing a feed pellet line for animals and poultry feed production makes sure a reliable source of high-grade feed, expense financial savings, and long- term success. With correct preparation, the right tools, and mindful operation, chicken and livestock farmers can achieve sustainable growth, enhance group performance, and acquire an one-upmanship in the pet feed sector.

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

The MK60s is an entry-level strapping machine for customers who only strap a small number of packages but do not want to sacrifice efficiency and reliability. The strapping cycle runs semi-automatically and does not require a strap guide frame. The machine is easy to operate – after the strap is placed around the package by hand, the machine uses a heat-weld sealing unit to seal the strap ends. Our semi-automatic strapping machines are known for their superior quality and cost performance. With a 50,000 square meter super factory and large-scale production capabilities, we can meet your packaging requirements efficiently. Mastek products have been exported to more than 90 countries and have received a lot of positive feedback. We sincerely invite you to cooperate with us. Durable Sealing Head Japan Technology Sealing Head Dual DC motor>30,0000 times Easy Opertaion Straps delivery out automatic  Soft tightening straps during work Easy Adjustment Electrical tension adjustment  Electrical Fix Length adjustment  After-sales Service The machine comes with troubleshooting guidance and is easy to operate. The machine has global IoT capabilities and engineers provide remote services We have agents in 31 countries, such as Thailand, Malaysia, South Korea, Australia, Canada, the United States and other countries Shipping and Sales Delivery time: 15-45 working days Production capacity: 100sets/month Minimum order: 1 set Go to website:https://www.mastekpack.com/products/