Industrial Machinery & Equipment

Discover top-quality ASTM A105N carbon steel ball valves fabricated according to API 608 standards. These 2-inch valves feature a 150 LB rating and PN20 pressure class, with a bolted bonnet design and soft seal for optimal performance. Operate effortlessly with a lever, and enjoy reliable RF end connections. Available in sizes ranging from 1/2 to 32 inches (DN15 to DN800), these valves are ideal for various industrial applications. Valve description: Ball valve, carbon steel, bolted bonnet, SOFT SEAL. Design: API 608. Body: ASTM A105N Nominal size: 2 Inch. Nominal class: 150 LB. End Connection: RF. OPERATION: LEVER Face to face: ASME B16.10. Test and inspection: API 598. Product Range: Body material: Carbon Steel. Normal diameter: 1/2 - 32 Inch (DN15 - DN800). End connection: BW, Flange. Pressure range: Class 150 - 2500 LB (PN16 - PN420). Working temperature: -29℃ - +429℃. Specializing in ball, gate, globe, and check valves, China Vervo Valve Co., Ltd serves a global customer base. For additional information, visit https://www.vervovalve.com/

Minimum Order: 20 square metres

Discover our high-quality Carbon Steel Ball Valve, perfect for your industrial needs. Available in sizes 1/2 to 2 inches and pressure classes 150 to 2500 LB, our valves feature a 1-inch size, 800 LB rating, DN25, PN130, and ASTM A105N material. Compliant with API 608, these soft seal, BW end valves with lever operation ensure reliable performance. Ideal for demanding applications. Valve description: Ball valve, CARBON steel, SOFT SEAL. Design: API 608. Body: ASTM A105N Nominal size: 1 Inch. Nominal class: 800 LB. End Connection: BW. OPERATION: LEVER Face to face: MFG's. Test and inspection: API 598. Product Range: Body material: CARBON Steel. Normal diameter: 1/2 - 2 Inch (DN15 - DN50). End connection: BW, Flange, SW, NPT. Pressure range: Class 150 - 2500 LB (PN16 - PN420). Working temperature: -29℃ - +425℃. Offering ball, gate, globe, and check valves, China Vervo Valve Co., Ltd caters to customers around the globe. Learn more at https://www.vervovalve.com/

Minimum Order: 20 square metres

Discover top-quality API 6D ball valves from our factory, featuring a 6-inch, 150 LB, DN150, PN20, ASTM A216 WCB carbon steel construction. These two-piece, bolted bonnet valves with RF end and gear operation ensure reliability and efficiency for industrial applications. Valve description: Ball valve, carbon steel, bolted bonnet, TWO-pieces, GEAR. Design: API 6D. Body: ASTM A216 WCB Nominal size: 6 Inch. Nominal class: 150 LB. End Connection: RF. OPERATION: GEAR Face to face: ASME B16.10. Test and inspection: API 598. Product Range: Body material: Carbon Steel. Normal diameter: 1/2 - 32 Inch (DN15 - DN800). End connection: BW, Flange. Pressure range: Class 150 - 2500 LB (PN16 - PN420). Working temperature: -29℃ - +429℃. China Vervo Valve Co., Ltd specializes in ball, gate, globe, and check valves, with services extending to markets worldwide. Visit https://www.vervovalve.com/ for more details.

Minimum Order: 20 square metres

Discover our 1000 PSI ball valve fabricator featuring a 1/2 inch (DN15) size, constructed from ASTM A105N carbon steel. Compliant with API 608 standards, this valve includes a bolted bonnet, soft seal, NPT end, and lever operation for reliable and efficient performance. Valve description: Ball valve, carbon steel, bolted bonnet, SOFT SEAL. Design: API 608. Body: ASTM A105N Nominal size: 1/2 Inch. Nominal class: 1000 PSI. End Connection: NPT. OPERATION: LEVER Face to face: MFG'S. Test and inspection: API 598. Product Range: Body material: Carbon Steel. Normal diameter: 1/2 - 2 Inch (DN15 - DN50). End connection: BW, Flange, NPT, SW. Pressure range: Class 150 - 2500 LB (PN16 - PN420). Working temperature: -29℃ - +429℃. China Vervo Valve Co., Ltd, a leading valve manufacturer, offers ball, gate, globe, and check valves to markets around the world. For more info, visit https://www.vervovalve.com/

Minimum Order: 20 square metres

Achieve astounding space and power efficiency for your enterprise's maize crushing production. Multiple sizes are available, along with various motor sizes to choose from. Reliable, adjustable, and customizable roller configurations can be fine-tuned to suit your application. • Pneumatic control is adopted to control the disengagement gate of the roller, and the servo feeding device can automatically disengage and operate the roller and feeding roller. The opening degree of the feeding door is automatically adjusted according to the height of the material level; • The Maize roller mill can adopt single control and centralized control; • The fast and slow rollers are driven by a three wheel toothed wedge belt, which does not jump or deviate, operates smoothly, and has low noise; • The tensioning device of the toothed wedge belt adopts an elastic automatic compensation structure to improve the service life of the belt; • The roller adopts automatic self-aligning roller bearings to ensure precise concentric rotation, and can withstand high rotational speed and roller pressure; • High quality double head centrifugal casting rollers are dynamically balanced, running smoothly, and have a long service life; • The roller group supports various stresses and can accurately control the rolling distance of the roller while maintaining stability. • Negative pressure suction device can improve feeding conditions, reduce the temperature of grinding rollers and materials, and improve grinding efficiency; • Scraper cleaning is easy to adjust and reduces power consumption; • Cast iron base for shock absorption and noise reduction, the side frame is welded with high-quality steel plates, and the side frame is connected to the base with high-strength bolts; • The outer cover is a door opening structure, simple and convenient; • The whole machine is a fully enclosed structure, safe and beautiful, and the surface treatment adopts electrostatic spraying technology. • Main electric parts adopt famous brands like Siemens, SEW, SKF.

CAPACITY: PROCESSING 100TONS WHEAT PER 24HOURS Structure: Wheat Flour Milling Plant with Steel Structure Dimension of the workshop:40M*10M*12M Final Products: Special purpose flour Grade I flour  Grade II flour All purpose flour (Co-production) Similar Capa , city types include 110TPD wheat milling plant. In the world of wheat flour milling, technology is constantly evolving to improve efficiency and product quality. Recent advancements have transformed traditional mills into modern facilities equipped with state-of-the-art machinery and automated processes. These technological innovations have revolutionized the way wheat is processed and have greatly benefited the industry as a whole. One key aspect of the modern wheat flour mill technology is the utilization of sophisticated equipment such as roller mills, sifters, and purifiers. These Steel Frame Wheat Flour Mill Plants help to enhance the milling process, resulting in higher yields, better flour quality, and increased productivity. Additionally, the integration of digital controls and monitoring systems allows for precise control and optimization of the milling process. Overall, the adoption of advanced technology in wheat flour milling has brought about significant improvements in efficiency, consistency, and product quality. 

CAPACITY: PROCESSING 30-40TONS WHEAT PER 24HOURS Structure: Flour Milling Plant With Steel Structure Dimension of the workshop:28M*8M*7-9M Final Products: Special purpose flour Grade I flour  Grade II flour All purpose flour (Co-production) Similar Capacity types include 50TPD wheat milling plant,40TPD wheat milling plant,30TPD wheat milling plant. Wheat milling is a crucial process that transforms raw wheat grains into the versatile and nutritious flour used in various food products. The production process involves several stages, starting from cleaning and conditioning the wheat grains to milling and packaging the final product. To begin with, the wheat grains are thoroughly cleaned to remove any impurities before being conditioned to achieve the right moisture content for milling. The conditioned grains are then sent through a series of milling machines to break down the outer layers and separate the endosperm, which is rich in nutrients and starch. This endosperm is then ground into fine particles to produce the flour. Quality control measures are integral throughout the production process to ensure consistency and purity of the final product. The flour is then carefully packaged and distributed to be used in various food products, from bread and pasta to pastries and cereals.

CAPACITY: ROCESSING 50-80TON MAIZE PER 24HOURS Structure: Maize mill plant with steel structure Dimension of the workshop: 25-30M*8-10M*7-11M Final Products: Super fine flour Maize Meal Brewers Grits Maize Germ 50-80TPD maize flour mill is suitable for medium milling plant. Similar capacity types include 60TPD maize milling plant,70TPD maize milling plant. In the world of agriculture and food processing, the importance of maize flour mill solutions cannot be overstated. From small-scale operations to large industrial facilities, the efficiency and quality of the milling process can make or break a business. Enter the realm of optimized maize flour mill solutions, where innovation and technology converge to streamline production and ensure consistent results. The key to successful maize flour milling lies in embracing modern machinery, automation, and quality control measures. By investing in state-of-the-art equipment and utilizing advanced software solutions, mill operators can significantly boost their productivity and output quality. Additionally, implementing rigorous maintenance schedules and regular inspections can help prevent downtime and costly repairs. Ultimately, the future of maize flour mill solutions hinges on continuous improvement and adaptation to evolving industry standards. With a strategic focus on optimizing processes and embracing technological advancements, mill operators can enhance their competitiveness while meeting the growing demands of the market. https://www.seikograinmill.com/

CAPACITY: ROCESSING 30-42TON MAIZE PER 24HOURS Structure: Maize mill plant with steel structure Dimension of the workshop: 25-30M*7-8M*7-9M Final Products: Super fine flour Maize Meal Brewers Grits Maize Germ 30-42TPD maize flour mill is suitable for medium and small milling plant. Similar Capacity types include 36TPD maize milling plant. The complete intergrated maize flour milling machine is suitable for the production of high yield and quality maize flour with low fat content. With state-of-the-art process technologies for cleaning,degerminating,milling and packing.Bran and germ could be used as animal feed . The coomplete maize milling unit enables the millers to obtain top-class finished products with minimum fat content and specks and maximum yield. The maize processing line includes flour maize sections: Cleaning section:separation,aspiration,destoning and dampening Degermination section:polishing ,crushing and grading Milling section:grinding and sifting Packing section:10kg/bag 25kg/bag,50kg/bag for PP bag,1-5kg for paper bag.

40 kVA Cummins Diesel Generator Set Data: Model: DB-32GF. Engine model: 4B3T.9-G1. Alternator: Stamford ;Leroy-somer;Marathon;Leadtech. Output power: 32KW/40KVA. Prime Power: 32KW/40KVA. Standby Power: 35KW/44KVA. Rated current: 58A Phase: 3 phase 4 wire Rated frequency: 50Hz. Power factor: 0.8lag. Rated voltage: 230/400V. Start mode:electric start. For more info, visit: https://www.dbdieselgenerator.com/

Minimum Order: 1 bags

The art of making jelly is surprisingly straightforward, relying on just three fundamental ingredients: fruit, sugar, and pectin. Despite its simplicity, ensuring the quality and purity of these components requires high quality filter equipment. One such filter equipment is the wedge wire screen, widely used as a jelly strainer. This versatile tool also plays a pivotal role in producing other food products like jams and ketchup, ensuring sanitation, quality control, and overall production efficiency. Wedge Wire Screens in Jelly, Jam, and Ketchup Production The Jelly-Making Process--Ensuring Purity and Freshness The journey of making jelly starts with the utmost importance placed on the purity and freshness of the fruit. Once harvested, the fruit undergoes a thorough washing process to remove dirt and contaminants. After washing, the fruit is crushed to extract juice. This juice then passes through a series of filters, the first designed to remove larger debris such as fruit meat, stems, and leaves. At this stage, wedge wire screen filter straines are invaluable due to their ability to handle varying levels of filtration – from coarse to fine. The Role of Wedge Wire Screens Wedge wire screens are used extensively in the food industry for their efficiency in removing impurities. These v-wire screens are composed of tightly woven wires, creating a robust yet precise filtering material that can accommodate different flow rates, from slow trickles to high-volume outputs. This adaptability makes them ideal for jelly production, where maintaining the quality and purity of the fruit juice is critical. Key Steps in Jelly Production Juice Extraction: After washing and crushing, the fruit juice is pushed through an initial set of filters to remove larger particles. Wedge wire screens are particularly effective here, ensuring that only the pure juice progresses to the next stage. Secondary Filtration: The filtered juice undergoes a second round of filtration to remove finer impurities. Again, wedge wire screens are employed to achieve the desired clarity and purity. Why Wedge Wire Screens? Sanitation and Efficiency Wedge wire screens offer several advantages over traditional filtration methods. Their continuous hole spacing results in a higher percentage of open area compared to woven mesh screens. This design not only enhances the efficiency of the filtration process but also simplifies cleaning. Backflushing can easily remove most sediments, and any remaining residues can be quickly scraped off with a wire brush, minimizing labor costs and downtime. This ease of maintenance promotes better sanitation, which is crucial in food production.

Minimum Order: 1 bags

DIN69871 Face Mill Arbor including: Form AD, AD/B balanced G6.3 15000rpm and G2.5 25000rpm  The DIN69871 Face Mill Arbor is a specialized cutting tool holder that is designed to securely hold and drive face milling cutters for precision machining operations. It conforms to the DIN 69871 standard, which is widely recognized and used in the metalworking industry. The DIN69871 Face Mill Arbor is designed to provide high-speed, high-torque cutting performance, allowing for efficient and precise material removal, resulting in superior surface finishes and increased productivity. The Face Mill Arbor is a versatile cutting tool that is designed to securely hold and drive face milling cutters for precision machining operations. It is a critical component in the manufacturing process for a wide range of industries, including aerospace, automotive, and heavy machinery, among others. The Face Mill Arbor is engineered to provide high-speed, high-torque cutting performance, allowing for efficient and accurate material removal, resulting in superior surface finishes and increased productivity.

Morse taper sleeves, also known as Morse taper adapters or Morse taper reducers, are mechanical components used in machining and tooling applications. They are used to connect tools with different Morse tapers to allow for the use of tools with different shank sizes or Morse taper sizes in a machine spindle or tailstock. Morse taper sleeves are commonly used in metalworking, woodworking, and other precision machining applications where accurate tool alignment and secure tool holding are critical for achieving precise and consistent results. Our high-quality Morse taper sleeves, also known as Morse taper adapters or Morse taper reducers, designed for use in precision machining applications. Our Morse taper sleeves are essential components for connecting tools with different Morse tapers, allowing for versatile tooling options in machine spindles or tailstocks.

The OZ collet is a  standard type used for Perske spindles. The hardness of OZ collet is HRC44-48,runout 0.015mm , material 65Mn . The OZ Collet B Type is a high-quality tool holding device that offers reliable and accurate performance in machining operations. With enhanced gripping force, high-quality material, versatile size range, ease of use, and precision performance, the OZ Collet B Type is a valuable tool for machining operations that require precision and reliability. Trust our OZ Collet B Type for your machining needs and experience superior performance in your operations. Contact us for more information or to place an order. OZ collets are a type of collet commonly used in machining operations, particularly in milling machines or CNC machines. They are precision tool holding devices that are used to securely hold cutting tools, such as drills or end mills, during machining processes. OZ collets are known for their accuracy, clamping force, and durability, making them suitable for high-precision machining applications.