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China TGG Powder Screw Weigh Feeder for Gypsum & Puzzolana - Reliable Suppliers & Factory Solutions

The TGG series powder steady flow quantitative feeding screw scale represents a state-of-the-art solution in electromechanical automation for the continuous measurement and dosing control of powder materials. This advanced system integrates the functionalities of conveying, weighing, and measuring, making it ideal for various industrial environments, As a leading product from a reputable China factory, the TGG series offers reliable operation and high control accuracy, ensuring optimal performance in applications across building materials, metallurgy, electric power, and the chemical industry. Partnering with trusted suppliers, our quantitative feeding control systems are designed to meet the demands of modern production processes, providing unmatched precision in powder material measurement and dosage across multiple sectors, Discover how the TGG series can enhance your production capabilities and streamline your operations with cutting-edge technology tailored for the global market

    Technical Characteristics

    Feeding spiral distance has a unique stable flow structure, in the entire feed port cross-section of the material sinking evenly, not easy to arch, not easy to punch the material. Feed the flow of feed screw and metering screw synchronized speed control, steady flow of feed screw material filling coefficient for the hourly output of a wide range of adjustment, the weight signal is true, high precision measurement. The spiral blade is made of manganese steel, with strong wear resistance and long service life. Spiral gap is small, to overcome the problem of reflux washout, to avoid adhering to the material in the gap between the pipe arm. Sealed structure reduces the dust outward. The steady flow feeding spiral and metering conveying spiral quality inspection for soft connection, according to the requirements of the site can be adjusted to any horizontal installation angle.
    Main Technical Parameters
    • Static measurement error: ≤ 0.25%
    • Dynamic cumulative error: ≤ 1%
    • Control Accuracy: better than 0.1%
    • Instrument power supply: single 220V±10%, 50Hz
    • Drag power supply: three-phase 380V±10% 50HZ
    • Use of environmental temperature: -10% ~ ± 40% (temperature 5% ~ 90%)

    Application

    It can be widely used in building materials, metallurgy, electricity, chemicals, coal, mine, port and other industries.
    TGG Application 1

    Technical Parameters

    NO. Model Diameter of screw (mm) Flow range (m³/h) Accuracy
    Single tube Double tube
    1 TGG20(S) 200 0.3-5 0.6-10 Over 1%
    2 TGG25(S) 250 0.5-8 1-16
    3 TGG30(S) 300 2-15 4-30
    4 TGG35(S) 350 4-22 8-45
    5 TGG40(S) 400 6-30 10-46
    6 TGG45(S) 450 8-45 16-90
    7 TGG50(S) 500 10-70 20-140

    Production and Processing

    Frequently Asked Questions
    What industries is this equipment suitable for?
    It can be widely used in building materials, metallurgy, electricity, chemicals, coal, mine, port, and other various industries.
    How does the design prevent material arching?
    The feeding spiral distance has a unique stable flow structure that ensures materials sink evenly across the entire feed port cross-section, which effectively prevents arching and punching.
    What material is the spiral blade made of?
    The spiral blade is manufactured from high-quality manganese steel, providing strong wear resistance and a significantly extended service life.
    Can the installation angle be adjusted?
    Yes, the steady flow feeding spiral and metering conveying spiral use a soft connection, allowing it to be adjusted to any horizontal installation angle based on your specific site requirements.
    What is the measurement and control accuracy?
    The system offers high precision with a static measurement error of ≤ 0.25%, a dynamic cumulative error of ≤ 1%, and control accuracy better than 0.1%.
    How does the equipment handle dust control?
    The equipment features a completely sealed structure that effectively reduces dust from escaping outward, ensuring a cleaner working environment.