Industrial Machinery & Equipment - Others

TTS Hatch cover control valve stand-Brand new original in our stock

Glospect Rubber dispersion kneader-One of the earliest production of rubber and plastic machinery enterprise in China - Dalian Glospect Machinery Equipment Manufacturing Co., Ltd. founded in 1972, integrated product development, production, sales and services into a whole.It is a professional research and development, production and sales and maintenance services for the integrated rubber machinery plant. The factory covers area of 150000 square meters and has 530 employees in total including 70 technicians and 15 senior engineers, 90% of the employees are skilled workers. We specializes in manufacturing: Rubber kneader/ Dispersion kneader, Internal mixer/Banbury mixer, Open mill /Open mixing mill and related production lines. and already exported over 30 countries. We have provided equipments for the following customers: The Bridgestone Group, The Michelin Company, PRYSMIAN KABEL und SYSTEME GMBH, NOK CORPORATION etc.

Minimum Order: 1 bags

The main function of plastic coated brake pipe anti-corrosion production line is to use the oxide layer on the resin surface to bond the steel pipe wall, and add an organic acid as a curing agent to the steel pipe matrix to produce a coating with good corrosion resistance after curing. ADVANTAGES OF PLASTIC COATED STEEL PIPE ANTI-CORROSION PRODUCTION LINE This internal pipe coating equipment is mainly to use ordinary types of pipes, and its main advantage is that it can make the pipes react with the steel pipe matrix. When the curing temperature is low, the surface finish of the coating is poor. Epoxy powder spraying equipment uses a combination of inorganic non- metallic materials and non-metallic materials. Inorganic non-metallic materials have high strength, high wear resistance and corrosion resistance; non-metallic materials have good water absorption, transparency and UV resistance, etc. In the coating production process, the internal epoxy powder coating equipment coating not only has good pollution resistance and wear resistance, but also has good corrosion resistance. Plastic coated steel pipe anti-corrosion production line has high thermosetting performance and curing temperature, and has good wear resistance. Epoxy coating equipment has good waterproof, acid and alkali resistance, antistatic and other characteristics. At present, our country has entered the period of industrial revolution. In the national economy, the main task of the industrial equipment industry is to serve the national economy and people's lives. Therefore, our steel pipe plastic coating equipment meets this requirement. 10mm plastic coated oil line for pipelines has high resistance to penetration. In the steel pipe substrate, the coating of epoxy powder spraying equipment can react with the steel pipe substrate to combine together. Due to the good corrosion resistance of these Plastic coated steel pipe anti-corrosion production line, in the steel pipe substrate, the surface of the steel pipe substrate can be oxidized to form a protective film. This protective film prevents the steel pipe surface from becoming thinner under high temperature and high pressure. At the same time, this coating can also play a role in reducing heat loss, improving corrosion resistance and antirust effect. FEATURES OF PLASTIC COATED STEEL PIPE ANTI-CORROSION PRODUCTION LINE 1. Coating versatility: The production line can handle a wide range of plastic coatings, such as PE, HDPE, or epoxy powder, to meet specific anti-corrosion requirements. 2. Continuous production: The line is capable of continuous production, ensuring high productivity and minimizing downtime between coating processes. 3. Precise coating application: The line is equipped with advanced techniques, such as spraying, electrostatic or fusion bonded epoxy coating, ensuring a uniform and consistent coating thickness on each steel pipe. 4. Quick curing: The line incorporates efficient curing methods, such as high- temperature ovens or UV curing, to expedite the coating curing process and reduce production time. 5. Quality control: The steel pipe production line includes quality control measures like inline inspection systems and precision sensors to monitor coating thickness, adhesion, and overall coating integrity. 6. Energy efficiency: The line is designed with energy-saving features like optimized heating systems and automated temperature control, reducing energy consumption during the coating process. 7. Safety features: The production line often includes safety measures, such as ventilation systems and protective enclosures, to ensure a safe working environment for operators. If you want to know more about 3 4 polyethylene coated copper tubing, please visit our website.

Minimum Order: 4 cubic metres

The pipe x ray equipment for spiral steel pipes is suitable for non-destructive testing of the quality of spiral steel pipe welds. The X ray radiography pipeline inspection equipment can quickly and efficiently detect defects such as pores, looseness, inclusions, and incomplete penetration in spiral steel pipe welds. SPECIFICATION OF INDUSTRIAL X RAY EQUIPMENT FOR STEEL PIPE INSPECTION Cooling output: 3KW Cycle rate: The system flow is greater than 6L/min Flow setting value: 4L/min Temperature setting value: 40℃ Power supply voltage: single-phase 220V±10%, 50/60Hz Current: ≤2.3A Noise: 58dB distance 1 meter Coolant: pure water Computer host: Lenovo business computer, high resolution graphics card. Grayscale display: 19 inches, 1M, black and white LCD display Burner: DVD burning drive INDUSTRIAL X RAY EQUIPMENT FOR STEEL PIPE INSPECTION FEATURES 1. The x ray machine for pipeline real-time imaging system adopts imported high-frequency ray source, and can choose to use computer or microcomputer controller to control the generation of ray.

Minimum Order: 4 cubic metres

The 3LPE Anti-corrosion Steel Pipe Production Line is a specialized system used for manufacturing steel pipes with a triple-layer coating designed to resist corrosion. This production line is specifically designed to provide efficient and accurate production of 3PE anti-corrosion steel pipes, commonly used in oil and gas pipelines, water pipelines, and other industrial applications. The coating 3lpe production process includes surface preparation, epoxy powder coating, adhesive application, and final polyethylene coating, ensuring excellent corrosion resistance and extending the lifespan of the pipes. The 3PE Anti-corrosion internal pipe coating equipment for sale is a reliable and economical solution for producing high-quality anti-corrosion pipes. FEARURES OF 3PE ANTI-CORROSION STEEL PIPE PRODUCTION LINE 1. The company's equipment performance standards are strictly followed Coating standard: API RP 5L2, GB/T 23257, GOST R 51164, GOST R 52568, DIN30670, DIN30678, CSA Z245.20, CSA Z245.21, ADNOC 3099370017-1. 2. The equipment produced by the company has the characteristics of stable performance, high production efficiency, simple operation and high degree of automation. COMPONENT OF 3PE ANTI-CORROSION STEEL PIPE PRODUCTION LINE Shot blasting upper pipe stand: H-shaped steel beam and vertical leg, the beam is covered with flat iron, reducing friction, the welding process between the vertical leg and the beam, and the use of double beam design, greatly improving the stability and durability of the equipment.

Minimum Order: 4 cubic metres

Straight Line Wire Drawing Machine LZ9/1200+Spool Take-up Machine GS 1250 The Straight Line Wire Drawing Machine LZ9/1200+Spool Take-up Machine GS 1250 is a comprehensive solution for wire drawing and winding operations. The LZ9/1200 machine efficiently reduces wire diameter, while the GS 1250 spool take-up machine ensures proper winding and packaging. This combination offers high productivity and precise control, suitable for industries such as steel, automotive, and electrical, where quality wire production is crucial. Specifications of Straight Line Wire Drawing Machine LZ9/1200+Spool Take-up Machine GS 1250 Item Unit LZ9/1200-1000 LZ9/1000-800 LZ10/800 LZ10/600(560) LZ10/450(400) Diameter of capstan mm 1200-1000 1100-800 800(700) 600(560) 450(400) Drawing times time 9 9 10 10 10 Maximum diameter of inlet wire mm φ14-φ10 φ10-φ8 φ9- φ6.5 φ6.5-φ5.5 φ4.5-φ2.5 Minmum diameter of oulet wire mm φ5-φ3.5 φ3.5-φ2.8 φ2.8- φ2.0 φ2.0-φ1.7 φ1.4-φ0.8 Drawing line speed m/min 300 360 480 720 840 Inlet tensile strength Mpa ≤1300 ≤1300 ≤1300 ≤1300 ≤1300 Total compression rate % 87.24 87.75 90.53 90.53 90.32 Average compression rate % 20.45 20.8 21 21 20.83 Motor power Kw 110-75 90-45 75-37 37-22 15-7.5 Characteristics of Straight Line Wire Drawing Machine LZ9/1200 And Spool Take- up Machine GS 1250 The Straight Line Wire Drawing Machine LZ9/1200 and the Spool Take-up Machine GS 1250 are essential components of wire manufacturing processes. Here are three characteristics that differentiate these two machines: Straight Line Wire Drawing Machine LZ9/1200: 1. Drawing Process: LZ9/1200 is primarily designed for the wire drawing process, where it reduces the diameter of wire by pulling it through a series of drawing dies. It's focused on the wire reduction and precision aspect of wire manufacturing. 2. High Drawing Speed: This machine is capable of high drawing speeds, making it suitable for producing large quantities of wire quickly. It's often used in applications where wire needs to be rapidly processed. 3. Precision and Surface Finish: LZ9/1200 is known for its ability to provide precise wire diameter control and a smooth surface finish. This is crucial in industries that require wires with specific tolerances and high-quality surface finishes. Spool Take-up Machine GS 1250: 1. Take-up and Packaging: GS 1250 is a spool take-up machine, specialized in winding the drawn wire onto spools or drums. Its primary function is to efficiently package the wire for storage, transportation, or further processing. 2. Variable Spool Sizes: This machine is adaptable to various spool sizes, allowing manufacturers to package wire onto different-sized spools based on their requirements. It offers flexibility in wire packaging. 3. Tension Control: GS 1250 is equipped with tension control mechanisms to ensure that the wire is wound onto the spool with the appropriate tension. This is crucial for preventing wire tangling and maintaining spool integrity. As a straight line wire drawing machine manufacturer, we can offer sorts of related products for sale, if you have needs, please contact us.

Minimum Order: 1 bags

Spring Washer Making Machine Spring Washer Making Machine is an advanced machinery designed specifically for the manufacturing of spring washers. With its precise control and automated processes, this equipment enables efficient and high-quality production of these essential fasteners used in various industries. It offers versatility in producing different sizes and specifications of spring washers, ensuring reliable and durable fastening solutions for a wide range of applications. The Importance of Regular Maintenance for a Spring Washer Making Machine Regular maintenance of a spring washer machine is crucial for several reasons. Firstly, it ensures the machine operates at its optimal efficiency. Regular checks and servicing can help identify and rectify any potential issues before they escalate into major problems, thus preventing costly repairs or replacements. Secondly, regular maintenance enhances the machine’s lifespan. By keeping the machine clean, lubricating moving parts, and replacing worn-out components, you can significantly reduce wear and tear, thereby extending the machine’s operational life. Thirdly, maintenance plays a vital role in ensuring the quality of the spring washers produced. A well-maintained machine is more likely to produce high- quality, consistent products, which is crucial in industries where the performance of the spring washers can directly impact the functionality of the final product. Lastly, regular maintenance is key to ensuring the safety of the machine operators. A poorly maintained machine can pose significant safety risks, including mechanical failures or accidents. Therefore, regular checks and servicing are essential to provide a safe working environment. In conclusion, regular maintenance of a Spring Washer Making Machine is not just an optional task, but a necessary practice that ensures efficiency, longevity, product quality, and safety. Features of Spring Washer Making Machine 01 High Precision Manufacturing The Spring Washer Making Machine offers precise control over the manufacturing process, ensuring consistent dimensions, thickness, and shape of spring washers for reliable performance and compatibility with mating parts. 02 Versatile Production Capability This machine is designed to handle a variety of materials, such as stainless steel, carbon steel, and brass, allowing for the production of spring washers with different material properties to suit various applications and environments. 03 Efficient Production The Spring Washer Making Machine operates with high efficiency, enabling rapid production rates and reducing lead times. It automates key processes, such as cutting, forming, and finishing, to streamline production and minimize manual labor requirements. 04 Easy Operation and Adjustment This equipment is user-friendly with intuitive controls and easy setup. It allows for quick adjustment of parameters to accommodate different spring washer sizes and specifications, ensuring flexibility in production and adaptability to changing customer requirements. Now the spring washer making machine price is affordable, anything you need, please contact us.

Minimum Order: 1 bags

Screw Washer Assembly Machine The Screw Washer Assembly Machine is a cutting-edge automation solution designed to streamline the process of screw and washer assembly. With its advanced features and precision engineering, this machine ensures efficient and consistent assembly, reducing labor costs and improving productivity. It is the perfect solution for manufacturers looking to optimize their assembly processes and enhance product quality. Specifications of Screw Washer Assembly Machine Washer assembling machine 0# Model: 0# Specification Max Blank Dia.(mm) M1.7-M3 Max.Blank Length(mm) 4---12 Output Speed (pcs/min) 100--300 Main motor DC: 1HP Weight(kg) 300kg Washer assembling machine 3/16 Model: 3/16 Specification Max Blank Dia.(mm) M3-M6 Max.Blank Length(mm) 5-30 Output Speed (pcs/min) 100-300 Main motor DC: 1HP Weight(kg) 510kg Washer assembling machine 3/8 Model: 0# Specification Max Blank Dia.(mm) M8-M12 Max.Blank Length(mm) 12-60 Output Speed (pcs/min) 60-300 Main motor DC: 1HP Weight(kg) 800kg Washer assembling machine M10-M12 Model: M10-M12 Specification Max Blank Dia.(mm) M10-M12 Max.Blank Length(mm) 20-70 Output Speed (pcs/min) 70-90 Main motor DC: 1HP Weight(kg) 110kg The Sustainability and Energy Efficiency of Screw Washer Assembly Machine The sustainability and energy efficiency of Screw Washer Assembly Machines are essential considerations in modern manufacturing processes. Here are six points highlighting their sustainability and energy-efficient aspects: 1. Reduced Material Waste: Screw Washer Assembly Machines are designed to be precise and consistent, reducing the likelihood of assembly errors. This minimizes the need for rework and the production of defective parts, which, in turn, reduces material waste. 2. Energy-Efficient Motors: Many modern Screw Washer Assembly Machines are equipped with energy-efficient electric motors and drive systems. These motors are designed to minimize energy consumption during operation and reduce the overall carbon footprint of the manufacturing process. 3. Programmable Features: These machines often have programmable features that allow manufacturers to optimize the assembly process. This can include setting specific torque values and fastening sequences to ensure that energy is used efficiently in the assembly process. 4. Reduced Labor Requirements: By automating the screw and washer assembly process, these machines reduce the need for manual labor. This not only increases efficiency but also minimizes the environmental impact associated with human labor, such as transportation and resource consumption. 5. Integration with Smart Manufacturing: Screw Washer Assembly Machines can be integrated into smart manufacturing systems that optimize energy use across the entire production line. This integration allows for real-time monitoring and adjustment of energy consumption. 6. Longevity and Maintenance: Well-maintained Screw Washer Assembly Machines can have a long operational lifespan. Regular maintenance and servicing can help ensure the machine remains energy-efficient over time, as well as reduce the need for replacement or disposal, which can be environmentally costly. Incorporating sustainable and energy-efficient practices into manufacturing processes, including the use of Screw Washer Assembly Machines, not only reduces operational costs but also aligns with global efforts to reduce energy consumption and minimize the environmental impact of industrial activities.

Minimum Order: 1 bags

RNF Series 6 Station Nut Former Nut former machine is a special cold forging equipment for producing hex nuts. It adopts the cold forging method to feed the material through the roller wheel, and then the feeding, cutting, pressing ball, pressing angle, punching and other processes are completed in one machine. It automatically upsets all kinds of hex nuts and non-standard parts. Trust Rainbow for superior nut forming equipment. Advantages of the RNF Series 6 Station Nut Former 1. High productivity: With six stations, this machine can efficiently produce a large volume of nuts in a short amount of time, increasing overall productivity. 2. Precision and accuracy: The RNF Series ensures precise and consistent nut forming, resulting in high-quality nuts with tight tolerances and excellent dimensional accuracy. 3. Versatility: This nut former is designed to handle various nut types and sizes, providing flexibility to meet diverse customer requirements. 4. Advanced technology: Equipped with state-of-the-art features, the RNF Series incorporates advanced controls and automation, reducing the chances of errors and enhancing operational efficiency. 5. Cost-effectiveness: By streamlining the nut forming process and minimizing material waste, the RNF Series helps to reduce production costs and increase profitability. Now the nut former machine price is reasonable, if you have needs to buy a high quality cold forging nut former machine, please contact us.

Minimum Order: 1 bags

Fine Wire Drawing Machine The Fine Wire Drawing Machine is an advanced machinery designed for precise and efficient reduction of metal wires, resulting in finer diameters and improved dimensional accuracy. This equipment finds application in various industries, including electronics, telecommunications, and automotive, where thin and high- quality wires are required for manufacturing processes such as wire mesh, cables, and electrical components. Specifications of Fine Wire Drawing Machine Equipment Model LT160-23-260 LT160-21-275 LT320-17-360 LT320-15-360 Applicable Production Galvanized steel wire, high carbon steel wire Copper clad steel wire, resistance wire High carbon, high-intensity steel wire CO-protected welding wire Drawing dies 23 21 17 15 Outlet range 0.10-0.5mm 0.15-0.5mm 0.5-1.0mm 1.0-1.6mm Maximum speed 20m/s-1 18m/s-1 10m/s-1 8m/s-1 Features of Fine Wire Drawing Machine Fine wire drawing machines are specialized equipment used to reduce the diameter of wire to very small sizes while maintaining precise tolerances. Here are five key features of fine wire drawing machines: 1. Multiple Drawing Passes: Fine wire drawing machines typically consist of multiple drawing dies arranged in a series. Wire passes through these dies sequentially, with each pass reducing its diameter incrementally. This allows for precise control over the reduction process and enables the production of extremely thin wire. 2. Tungsten Carbide Dies: To achieve fine wire diameters with high precision, fine wire drawing machines use tungsten carbide or diamond dies. These dies are exceptionally hard and durable, ensuring consistent wire diameter and surface finish. 3. In-Line Annealing: Some fine wire drawing machines are equipped with in-line annealing capabilities. Annealing involves heating the wire to a controlled temperature and then cooling it slowly to relieve stresses and enhance the material's ductility, allowing for further drawing. 4. Constant Monitoring and Control: Fine wire drawing machines often come with advanced monitoring and control systems. These systems measure parameters such as wire diameter, tension, and speed in real-time, allowing operators to make adjustments to maintain the desired specifications. 5. High Speed and Efficiency: Fine wire drawing machines are designed for high- speed operation, enabling efficient production of fine wire. Their robust construction and precise control systems ensure consistent output at rapid rates. These features make fine wire drawing machines essential in industries that require extremely thin wire for applications such as electronics, telecommunications, medical devices, and more. They play a crucial role in achieving the desired wire diameter, tolerances, and surface quality required for various manufacturing processes. Now the steel wire drawing machine price is reasonable, if you have needs, please contact us.

Minimum Order: 1 bags

2 Spindle Nut Tapping Machine The 2 spindle nut tapping machine is designed for high-speed and efficient tapping of nuts. With its two spindles, it allows for simultaneous tapping operations, effectively reducing cycle times and increasing productivity. This machine is built with precision and durability to ensure accurate and consistent tapping results. It is suitable for manufacturers looking for improved efficiency in nut production. Specifications of 2 Spindle Nut Tapping Machine Model Size No.of Productivity Main Motor(kw) Motor of Material Oil Pump Air Pressure Dimension Weight Spindle (pcs/min.) Mixing (kw) (kw) (kg/cm) (LxWxH/mm) (kg) Flange Hex LDH-M4-2 M3 2 80 100 0.75-4 0.55 0.125 1.5-2.5 1100x1100x1800 450 M4 2 80 100 LDH-M8-2 M5 2 70 100 0.75-4 0.55 0.125 2-3 1100x1100x1800 450、500 M6 2 65 90 M8 2 60 80 LDH-M12-2 M10 2 50 70 1.5-4 0.55 0.125 3-4 1100x1100x1800 500 M12 2 45 60 LDH-M16-2 M14 2 40 50 2.2-6 0.55 0.125 3-5 1100x1100x1800 550 M16 2 30 40 All specifications are subject to changes without prior notice. Features of 2 Spindle Nut Tapping Machine A 2 Spindle Nut Tapping Machine is designed for tapping operations, typically used in manufacturing processes for producing threaded holes in various materials. Here are five key features commonly associated with such machines: 1. Dual Spindles: The most distinctive feature of a 2 Spindle Nut Tapping Machine is its two spindles or tapping heads. These spindles can work simultaneously on two different parts or locations, doubling the production rate compared to a single-spindle machine. 2. Variable Speed and Torque Control: These machines often come equipped with variable speed and torque control, allowing operators to adjust the tapping speed and pressure to match the material being worked on. This feature helps prevent over-tapping or damage to the threads. 3. Automatic Feeding and Retracting: To streamline the tapping process, 2 Spindle Nut Tapping Machines often have automatic feed and retract mechanisms. This means that the spindles can advance to tap the hole, retract when the operation is complete, and move to the next workpiece without manual intervention. 4. Tool Change System: Some advanced 2 Spindle Nut Tapping Machines may include a tool change system that enables quick and easy changing of tapping tools. This feature is especially valuable when different thread sizes or types need to be produced. 5. Touchscreen Control Panel: Many modern 2 Spindle Nut Tapping Machines feature a user-friendly touchscreen control panel. This interface allows operators to set parameters, monitor the machine's status, and make adjustments easily. Some machines may even offer programmable presets for different jobs. These features make 2 Spindle Nut Tapping Machines efficient, versatile, and suitable for high-volume production where precision and speed are essential. They are commonly used in industries such as automotive manufacturing, aerospace, electronics, and general machining, where threaded holes are a common requirement. If you want to know more about nut tapping machine price, please contact us.

Minimum Order: 1 bags

Multi-station Nut Forging Machine Introduction The multi station cold forging machine is a special equipment for the production of nuts and other standard and non-standard parts. It adopts cold forging mode, which can automatically upset all kinds of hexagonal nuts by disc element or bar material, and complete all processes such as cutting material, pressing ball, pressing Angle and punching. This machine has the characteristics of accurate positioning, stable operation and easy maintenance, and is especially suitable for mass production by manufacturers. Specifically, the multi-station cold former uses a multi-station design, which can integrate multiple processes into a single machine to complete automatically. This not only improves production efficiency, but also reduces the cost of manual operations and the possibility of errors. At the same time, the cold heading station is arranged horizontally, which is conducive to the positioning of the workpiece and the maintenance of the machine. In addition, the machine adopts single-sided S-plate cutting, which is more stable and powerful, and can adjust the time to meet the needs of different workpieces. Overall, the multi-station cold former is an efficient, automated and easy to maintain machine that offers a quality solution for the production of hex nuts and some non-standard parts.

Minimum Order: 1 bags

UA1600S:1600*375mm. Saw blade:300mm. Scoring saw blade diameter:120mm.Main motor:3kw.Scoring motor:0.75kw.

Minimum Order: 1 bags

Bevel Gear Model: PM00002 Product Name: Powder Metallurgy Parts Packing: Customized Packing Acceptable Certification: ISO9001 Description: Bevel gears are essential components used in various mechanical systems to transmit motion and power between intersecting shafts. These gears have teeth that are cut at an angle, allowing them to mesh smoothly and transfer rotational force with high efficiency. When it comes to manufacturing bevel gears, powder metallurgy is a commonly utilized technique. It involves the compacting and shaping of metal powders, followed by a sintering process that fuses the particles together. This method offers several advantages, including cost-effectiveness, the ability to produce complex geometries, and excellent dimensional accuracy. The choice of material for powder metallurgy parts, such as bevel gears, depends on the specific application requirements. Common materials used include iron-based alloys, stainless steels, and bronze. These materials offer a combination of strength, durability, and wear resistance, ensuring optimal performance and longevity of the bevel gears. As a testament to their commitment to quality, the manufacturer holds ISO9001 certification. This certification signifies that the company follows rigorous quality management systems and meets international standards for quality and customer satisfaction. It ensures that the powder metallurgy parts, including bevel gears, are produced and delivered with consistent excellence.