Industrial Machinery & Equipment

Resin trap filters are widely installed mixed bed ion exchange systems to purify water by removing ionic impurities. The resin trap is a filtration device that captures and prevents resin beads from escaping the ion exchange vessels and entering downstream processes. It is installed after the mixed bed system, usually in the outlet pipework, and functions as a safety mechanism that traps the resin particles before they can cause any damage. Our resin trap filters consist of wedge wire profiles welded on support rods. It has continuous and uniform slots and large opening areas, which provide high filtration efficiency. It can filter water while capturing the resin beads. These traps are used in various water treatment applications, including re verse osmosis (RO) systems, demineralization plants, and condensate polishing units. The Role of Resin Trap Filters in Mixed Bed Systems Mixed bed ion exchange systems utilize cation and anion resins in a single vessel, where the resins work together to remove both positive and negative ions from the water. Over time, the resin beads can degrade, break apart, or be carried away by water flow, particularly during backwashing or regeneration cycles. When this occurs, resin beads can escape and lead to: ▪ Fouling of downstream equipment ▪ Water contamination ▪ Costly maintenance and repairs Resin trap filters provide a reliable way to prevent these issues, ensuring that resin remains within the system and that only purified water continues downstream. E-mail: sales@uboscreen.com WhatsApp: 8613653285589

Minimum Order: 1 bags

Part Number 3144PD1A1E5B4 With the Rosemount 3144P Temperature Transmitter, you gain greater visibility into your temperature processes so you can: ■ Improve safety ■ Comply with regulations ■ Make the most of your limited resources ■ Reach your production and quality targets By leveraging Rosemount X-well Technology, advanced diagnostic capabilities, and the unparalleled reliability and accuracy of the transmitter, you can: ■ Minimize off-spec product ■ Reduce maintenance and downtime ■ Improve the usage of your limited resources ■ Meet regulatory demands Email: anna@cwlyautomation.com Tel: +86 13667121125 whatsapp/ vk/ telegram also available Company: CW Green Tech InputDual and single sensor capability with universal sensor inputs (RTD, T/C, mV, ohms) Output Signal4-20 mA /HART? protocol, FOUNDATION? Fieldbus protocol HousingDual-compartment field mount Display/InterfaceLarge LCD display with percent range graph and buttons/switches DiagnosticsBasic diagnostics, Hot Backup? capability, sensor drift alert, thermocouple degradation, min/max tracking Calibration OptionsTransmitter-sensor matching (Callendar-Van Dusen constants), custom trim Certifications/ApprovalsSIL 2/3 certified to IEC 61508 by an independent 3rd party, hazardous location, marine type, see full specs for complete list of certifications

Minimum Order: 1 bags

Metal wire mesh filter caps also known as wire mesh bowl filters are designed to capture contaminants and debris from liquids, gases, and air streams, while also providing a high level of flow rate and pressure drop. Our filter cap is made from high-quality metal wire mesh. It fits seamlessly onto pipes, tanks, and other equipment, providing an efficient and effective filtration solution. The wire mesh bowl filters consist of high-quality materials such as stainless steel, brass, or other metals. Suitable for use in harsh environments and industries like chemical processing, food and beverage, automotive, and pharmaceuticals. Our wire mesh filter cap(bowl filter) is a highly customizable filtration solution designed to meet the specific needs of your business. It can be customized to your exact specifications: ▪ Mesh Size: Choose the appropriate size based on particle size to be filtered. ▪ Material: Select from stainless steel, brass, or other alloys based on application needs. ▪ Shape & Dimensions: Designed to fit seamlessly into your equipment. ▪ Filtration Efficiency: Tailored for fine or coarse filtration, depending on your requirements.

Minimum Order: 50

I. Main Parameters of Latest 6 axis CNC drilling EDM machine Model TD430N , Worktable size φ200mm Table travel(X×Y*Z) 400×300*400mm W axis travel 400 mm B axis rotation Angle ±110° C axis rotation Angle 0-360° C axis rotation table load 20kg Max distance between worktable to electrode chuck 400mm Max workpiece dimension φ200×250mm Electrode diameter 0.3-3.0 mm Best roughness 1.6um Recast layer thickness 0.02mm Input/output interface USB 、LAN、RS-232 Control type Industrial computer Screen 15″LCD touch-screen Programming software UG, CAD Pitch compensation Yes X/Y/Z Positioning accuracy 0.010mm X/Y/Z Repeated positioning accuracy 0.006mm B/C axis positioning accuracy 15″ B/C axis repeated positioning accuracy 10″ Type of working fluid Deionized water Max. working current 30 A Max. drilling speed 30-60mm3/min Machine dimension 2300×2100×2500 mm II. The machine characteristics: 1. It is mainly used for drilling small holes in complex spatial positions of aerospace engine rings and blade parts. 2. It can drill various hardened materials such as high-temperature alloys, titanium alloys, stainless steel, hard alloys, quenched steel, etc. 3. Its advantages are higher drilling speed, higher accuracy, better surface quality, and larger depth to diameter ratio. 4. It has the function of automatic replacement of electrodes and guides. 5. It has the function of automatic programming of UG model spatial hole positions. 6. It has functions of automatically changing the drilling hole position, automatically trimming the electrode, automatically detecting the machining zero position, automatically changing the gauge, automatically controlling the machining depth, and automatically sending a message when the electrode is used up, selecting any single hole for machining. The programming for sample hole position collection can be trained here. 7. It has the function of automatic controlling and processing of the working fluid conductivity. 8. It can use the simple electrodes to mill the waist shaped holes. 9. It supports the establishment of connected automatic production lines, which can achieve higher productivity and automation levels. 10. It can be equipped with a contact probe, supporting automatic alignment, detection and positioning, and automated production. 11. Various models of machine tools can be customized according to the users’ special requirements. III. Advantages of the machine 1. It is composed of main engine, CNC pulse power control cabinet, deionized water treatment system, etc. 2. Main machine: composed of bed, column, X axis, Y axis, Z axis, W axis, B axis, C axis. 3. CNC pulse power control cabinet: It is composed of industrial control computer, CNC system, touch screen, servo motors drive, machine tool electrical appliances, high-efficiency discharge pulse power supply, rocker arm waterproof and antipollution stainless steel keyboard control table, multi-function remote control hand box, etc. 4. Deionized water treatment systems: the 400 L stainless steel water tank, filter system, to ion system, conductivity detection system, high pressure water pump, etc.

Minimum Order: 1 bags

The All-New Automatic Wire Rope Swaging Machine: Revolutionize Your Wire Rope Processing The Automatic Wire Rope Swaging Machine ushers in a new era of efficiency, precision, and ease in wire rope processing. This innovative machine eliminates manual inconsistencies and complex procedures, streamlining your operations and boosting your bottom line. Effortless Control, Exceptional Results: Automated Processing: Say goodbye to manual labor challenges and inconsistencies. This machine automates the entire swaging process, ensuring consistent, high-precision results every time. Simplified Operation: The user-friendly touch-screen control system allows for effortless management and parameter setting for multiple machines simultaneously. Increased Efficiency: Save time and money with the machine's simplified processing and reduced labor requirements. Its high production capacity caters to demanding applications. Precise Swaging for Diverse Industries: Suitable for Various Applications: This machine is perfect for applications in medical equipment, auto parts, construction, and more. Wide Wire Rope Compatibility: The machine efficiently handles wire ropes with diameters ranging from 1 to 5 mm (larger diameters may require customization). Adjustable Swaging Length: Set your desired swage length with ease using the touch-screen interface. The machine ensures accurate melting and precise forming of the swage section. Technical Specifications: Voltage: 380V + 220V Air Source: 0.4 MPa Machine Size: 80 x 80 x 150 cm Wire Rope Diameter: 1-5 mm (customizable for larger diameters) Cutting Length: 10 cm to 30 m Language Options: English/Chinese The Automatic Wire Rope Swaging Machine is the perfect solution for businesses seeking to streamline their wire rope processing operations. Its automation, user-friendly design, and precise swaging capabilities make it a valuable asset for various industries.

Minimum Order: 1 bags

The Model 100: Your Versatile and Automatic Tubing Cutting Solution The Model 100 Automatic Tubing Cutter revolutionizes your cutting experience, offering a one-stop solution for various materials in medical and other industries. Effortless Automation: Fully Automatic Operation: Simply set the desired cutting length and quantity. The machine takes care of auto-feeding, cutting, and stopping, maximizing your efficiency. Precise Stepper Motor Control: Experience exceptional cutting accuracy thanks to the machine's reliable stepper motor. Broad Material Compatibility: Cut a Wide Range of Materials: The Model 100 handles a diverse range of materials beyond medical tubing, including heat shrink tubing, soft tubes, sleeves, ribbon cables, foil, and even paper. User-Friendly Features: Digital Length and Quantity Setting: The intuitive control panel allows for easy programming of cutting lengths and quantities. Technical Specifications: Product Name: Versatile Automated Tubing Cutter Model No.: HZX-100 Voltage: 220V/110V Cutting Length: 0.1-9999.9 mm Cutting Width: 0-100 mm Weight: 32 Kg Blade Material: SKD2/Stanley Blade Size: 400 x 350 x 390 mm Power: 750W Stepper Motor Driver: HZX-100D11 Roller: PU Roller Feeding: 86 Stepper Motor Function: Cuts various soft and thin tubes (heat shrink, silicone rubber, Teflon, fiberglass), sleeves (battery sleeves, etc.), velcro, webbing, zipper, paper, foil, and more. Applications: Widely used in the fabric and electronics industries. Warranty: One year limited warranty (whole machine). Customization available upon request. The Model 100 Automatic Tubing Cutter is a perfect solution for businesses seeking to streamline their cutting processes for various medical and industrial materials. Its versatility, automation, user-friendly interface, and broad material compatibility make it a valuable asset for any production line.

Minimum Order: 1 bags

Unleash Peak Efficiency with the Advanced JY-Series Plastic Injection Molding Machine The JY-Series Plastic Injection Molding Machine redefines efficiency in plastic product manufacturing. This feature-rich machine delivers exceptional performance for a wide range of applications, including plugs, stationery, toys, LED lights, cellphone shells, and various daily necessities. Key Advantages: Quiet Operation: Experience a more comfortable work environment with the machine's low noise operation. Stable Pressure Control: Ensure consistent and high-quality results with the machine's precise and stable pressure control system. Energy-Saving Design: Minimize energy consumption with the machine's efficient power- saving features. Broad Application Range: This versatile machine is suitable for manufacturing a diverse range of plastic products. Functional Highlights: Straight Screw Type Ejection Device: Enables efficient and reliable part ejection. Two (Three) Phase Temperature Control: Provides precise control over various molding stages for optimal product quality. Stepless Adjustments: Fine-tune ejection speed, back pressure, and screw speed for a variety of precision molding tasks. Bottom Mold Fixed, Upper Mold Moving Design: Well-suited for embedded plastic injection molding. Low-Pressure Opening Mold Device: Protects molds from damage during opening. Technical Specifications: Feature Model JY-160S2 JY-200S2 Injection Unit Screw Diameter (mm) 26 28 Injection Pressure (kg/cm³) 1183 1019 Theoretical Shot Volume (cm³) 55.7 64.6 Max. Shot Weight (PS) (g) 950 867 Safe Shot Weight (PS) (g) 717 677 Max. Shot Weight (PS) (cm³/sec) 34.6 40.7 Injection Rate (mm/sec) 105 105 Screw Speed Max (rpm) 0-215 0-200 Nozzle Contact Force (Tons) Nozzle Retraction Stroke (mm) Number of Temperature Control Zones 2 2 Feature Model JY-160S2 JY-200S2 Clamping Unit Clamping Force (Tons) 15 30 Platen Size (mm) 450 x 280 480 x 310 Distance Between Tie Bars (mm) 265 295 Min. Mold Height (mm) 100/25 100/30 Opening Stroke (mm) 190 180 Max. Open Daylight (mm) 290/215 280/210 Ejector Force (Tons) 1.3 1.3 Ejector Stroke (mm) 35 35 Feature Model JY-160S2 JY-200S2 Power/Heating Unit Max. Hydraulic Pressure (kg/cm³) 140 140 Pump Output (L/min) 17.5 29.5 Oil Reservoir Capacity (L) 180 100 Cooling Water Consumption (L/hr) 400-600 400-600 Pump Motor Power (kW/HP) 2.2/3HP 3.75/5HP Barrel Heating Power (kW) 1.8 1.8 Total Weight (kW) 4.2 5.5

Minimum Order: 1 bags

Vessel internals are basic components for efficient filtration and separation, custom-designed to meet specific pressure and quality requirements. They play an important role in industries such as petrochemicals, pharmaceuticals, refineries, and wastewater treatment. Among various options, wedge wire screens have emerged as a popular choice for custom-designed vessel internals. Wedge wire vessel internals evenly distribute gases and liquids for maximum mass transfer in air and water pollution control systems. Some of the wedge wire vessel internals types and products we offer: Wedge Wire Scallops Support Grids False Bottom Filters Media Retention Nozzles Hub and Header Lateral Screens Resin Traps Reactor Center Pipes

Minimum Order: 1 bags

Scallops for radial flow systems also called wedge wire scallops, are essential components used to enhance fluid distribution and optimize flow dynamics within radial flow reactors, commonly found in chemical processing, oil refining, and gas purification industries. These precision-engineered scallops are designed to evenly distribute fluids or gases as they pass through a reactor, ensuring uniform contact between the reactants and catalyst, thereby improving overall efficiency and reaction performance. Made from high-quality, durable materials such as stainless steel or specialized alloys, scallops are designed to withstand high pressures, temperatures, and corrosive environments typical of industrial operations. Their advanced design minimizes channeling and dead zones within the reactor, which leads to better flow uniformity, increased reaction rates, and improved product yield. Key Features: Optimized Flow Distribution: Ensures uniform flow across the catalyst bed, enhancing reaction efficiency. Durability: Resistant to corrosion, high temperatures, and pressure, ensuring longevity and reliability. Versatility: Suitable for a wide range of industrial applications, including petrochemicals, gas processing, and refining. Efficiency: Reduces pressure drop and eliminates flow inefficiencies such as channeling or hot spots. With scallops designed for radial flow systems, operators can achieve more consistent process control, increased catalyst utilization, and ultimately, higher operational efficiency.

Minimum Order: 1 bags

A media retention nozzle is a precision-engineered filtration component that retains filtering media in place while allowing fluid to pass through. These nozzles are commonly installed in filtration systems where granular media (such as sand, gravel, or activated carbon) or ion-exchange resins are employed. The media retention nozzle is integrated into the false bottom filter. The false bottom refers to a supporting structure at the base of a filter vessel, designed to hold filtration media in place and ensure liquid flow through the system. How Media Retention Nozzles Work In a typical false bottom filter setup, the filter media lies above the nozzles, which are embedded in a perforated or slotted plate. The nozzles allow fluids (such as water or chemical solutions) to flow evenly through the media bed, facilitating the filtering process, while preventing media particles from escaping into the downstream system. Each filter nozzle is manufactured with a wedge wire screen creating a continuous and uniform slot. It acts as a physical barrier, keeping the media particles larger than the openings in place. This design ensures that the filter bed remains intact, promoting longer filter life and higher efficiency.

Minimum Order: 10 long tons

ACS530 is a member of ABB's compatible drive portfolio. Its rich built-in functions and compact design simplify the operation of industrial applications while ensuring higher reliability. ABB General-Purpose Inverter ACS530 is backed by ABB's strong warranty, technical support and service, making it a reliable choice for various equipment in the industry. Typical industries Food and beverage Power Textile HVAC Logistics and warehousing Pulp and paper Water and water treatment Easy to use Standard Chinese/graphic switchable interface control panel, integrated PID, PFC and SPFC and other macro settings, and built-in multiple important functions. ABB's smartphone application Drivetune and Bluetooth control panel and other functions make it easier and faster to use. ACS530 and other ABB compatible drive products have the same user interface, tools and options. Complete configuration Full power range built-in C2 EMC filter, dual DC reactor and STO are standard. Built-in Modbus communication function, can be connected to the automation network. The inverters of size R1 to R3 have integrated brake choppers, which can be used in fast parking applications. The standard graphical interface control panel makes commissioning more convenient and helps customers save costs.

ACS880 series drives are members of ABB all-round drive product family. The ACS880 series can meet the needs of any industrial process, automation system, user and enterprise. Its wide power and voltage range can be applied to drive various types of motors. Its innovative universal architecture can simplify operation, improve energy efficiency and expand output. ACS880 series includes single drive, multi-drive and drive modules. ACS880 single drive Power range: 0.5kw to 3200kW. ABB Industrial Drives ACS880 Drives Highlights: • Intuitive control panel and PC tool • Direct torque control (DTC) for precise open and closed loop control • Built-in safety features for simplified configuration • Communication with all major automation networks • Removable memory unit for easy drive commissioning and replacement • Energy optimizer and energy efficiency information for monitoring and saving energy • Designed for easy service

The M3JP high-efficiency flameproof motor developed through ABB's global unified design platform and leading modular design (ADEPT) is a low-pressure cast iron high-performance flameproof motor for hazardous environments. It is the flagship product of ABB low-voltage motors and has the advantages of ultra- high energy efficiency and extremely high reliability. It can meet the high energy efficiency requirements of the petrochemical industry for motors and can provide solutions according to special customer requirements.   Product Advantages • High reliability - ABB's highest quality grade, suitable for harsh requirements and continuous operation with a design service life of up to 30 years • High efficiency and energy saving - in line with IEC International Electrotechnical Commission IE3/IE4 high-efficiency motor standards • Suitable for Ex db IIB T4 explosion-proof environment, optional Ex db IIC T4, Ex tb IIIC T130℃ Db explosion-proof level • Low vibration • Low noise Technical parameters Frame height  80-355mm Output power  0.18KW -355kW Energy efficiency grade  IE3/IE4 Number of poles  2, 4, 6, 8 poles Insulation  B3, B5, B35, etc. Frame material  cast iron Insulation grade and temperature rise  F/B Protection grade  IP55

This series of ABB Motors is designed for harsh working conditions and must be used in combination with a frequency converter. It adopts a square frame design and has a higher overload capacity. The motor has low moment of inertia and high pulse torque to achieve excellent dynamic response performance. At the same time, the motor can be equipped with an integrated brake or various other feedback devices. The new generation of products will cover a complete range of frames and adopt a modular design and provide many options to fully meet market needs. HDP High Dynamic Response Motor features: High power density, flexible modular design Compact and rugged design, Suitable for harsh working conditions Comply with global standards and regulations Optimized solutions fully meet the market needs of OEM customers A global service network ensures fast and high-quality service, ensuring fast and easy service Able to provide a complete set of solutions including motor frequency converters, spare parts and services Motor Overview: Motor Series M3FT (IP23) M3ET (IP55) M3L (water-cooled) Frame range  80mm-400mm Power range  2kw-2000 kw Cooling method  forced ventilation/open circuit ventilation/water cooling