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12+ Years Transmission Belts Coating Customized Factory - Yonghang Belt.

Liquid PU Timing Belt Vulcanizing Molding Machine 1
Liquid PU Timing Belt Vulcanizing Molding Machine 2
Liquid PU Timing Belt Vulcanizing Molding Machine 3
Liquid PU Timing Belt Vulcanizing Molding Machine 4
Liquid PU Timing Belt Vulcanizing Molding Machine 5
Liquid PU Timing Belt Vulcanizing Molding Machine 6
Liquid PU Timing Belt Vulcanizing Molding Machine 1
Liquid PU Timing Belt Vulcanizing Molding Machine 2
Liquid PU Timing Belt Vulcanizing Molding Machine 3
Liquid PU Timing Belt Vulcanizing Molding Machine 4
Liquid PU Timing Belt Vulcanizing Molding Machine 5
Liquid PU Timing Belt Vulcanizing Molding Machine 6

Liquid PU Timing Belt Vulcanizing Molding Machine

At sunrise on the shop floor, the Liquid PU Timing Belt Vulcanizing Molding Machine Motor & Gear hums like a steady heartbeat, guiding molten polyurethane into flawless form as belts emerge precise and perfect. Its finely tuned motor and rugged gear train deliver whisper-quiet torque, smooth engagement, and repeatable cycles that turn demanding production runs into effortless craftsmanship. Reliable, durable, and tuned for quality, it becomes the silent partner that elevates your output and keeps your line moving with confident grace.

5.0
Shipping:
Support Sea freight
Place of Origin:
China
Payments:
L/C,D/A,D/P,T/T,Western Union,MoneyGram,OA
Lead Time:
1-1(sets):25(days),2-10(sets):35(days),>10(sets):To be negotiated(days)
brand name:
YONGANG
design customization

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    Name
    PU Timing Belt Molding Machine
    Brand
    YONGHANG
    Condition
    New
    Warranty of core components
    1 Year
    Marketing Type
    Ordinary Product
    Voltage
    220V Electrical Equipment
    Power(W)
    2.2KW, 1.5KW, 4kw
    warranty
    1 Year
    core components
    PLC, Engine, Bearing, Gearbox, Motor, Pressure Vessel, Gear, Pump
    machinery test report
    Provided
    video outgoing-inspection
    Provided
    Weight (kg)
    100
    place of origin
    Guangdong, China
    Applicable Industries
    Machinery Repair Shops
    Color
    Blue
    OEM
    Yes
    Feature
    High Quality
    MOQ
    1pc
    Specification
    Custom
    Type
    Machine

    Precise Molding, Durable Quality 

    The Liquid PU Timing Belt Vulcanizing Molding Machine with robust motor & gear delivers fast, high-precision seamless molding of toothed, ring-shaped PU timing belts by combining frequency-converter motor speed control and PLC touchscreen parameter adjustment for consistent, repeatable production. Adjustable tension settings and optional automatic mold-clamping ensure accurate tooth profiles and belt dimensions, while ISO9001-backed build quality, secure common packing, and short lead times (3–7 days after payment) minimize defects and downtime. Low MOQ and sample-friendly ordering, flexible shipping (DHL/UPS/TNT/air/sea) and dedicated after-sale support guarantee rapid validation and smooth scale-up from prototyping to mass production.

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    Here are three 4-word subtitle options:

    The Liquid PU Timing Belt Vulcanizing Molding Machine is a motor-and-gear driven production line that casts, heats, and vulcanises liquid polyurethane inside precision molds to form seamless toothed timing belts across various specifications. Core functional features include a frequency-converter motor for stepless speed control, PLC management with touch-screen parameter adjustment, adjustable tensioning for different wire diameters, and an optional automatic mold-clamping device to guarantee consistent, high-precision curing. Designed for high throughput and reliability, its robust gear transmission, customizable mold capacity and sturdy frame minimize downtime and deliver repeatable quality for a wide range of transmission and packaging applications while meeting international quality standards.

    Precision Motorized PU Vulcanizer 

    The YONGHANG liquid polyurethane timing belt vulcanizing molding machine casts, heats, and vulcanizes liquid PU in molds to form seamless, toothed ring timing belts with high precision and efficiency. It features a motor with frequency-converter speed control, PLC management and touch-screen parameter adjustment, adjustable tension for different wire diameters, and an optional automatic mold-clamping device. Designed for varied specifications and mass production, the equipment supports reliable manufacture of transmission belts for packaging, printing, food and cable traction machinery.


    ◎ Precision PU Casting 

    ◎ Motor Gear Control

    ◎ Adjustable Mold Clamping

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    Precision, Efficiency, Durability, Reliability

    Built by a seasoned manufacturer with decades of polymer-processing expertise, the Liquid PU Timing Belt Vulcanizing Molding Machine Motor & Gear blends precision engineering and premium components to deliver durable, repeatable belt molding with seamless motor-gear integration. Its advanced vulcanizing system provides uniform heat and pressure for strong PU belt joints, while the integrated motor and gearhead deliver stable torque, low vibration, and programmable cycle control for consistent throughput. Key advantages include rapid cycle times, energy-efficient heating, modular molds for quick changeover, easy maintenance, and broad compatibility with various PU formulations—resulting in higher yields, lower scrap rates, and reduced operating costs.

    Material introduction

    The primary raw material handled is liquid polyurethane, which is cast and vulcanized inside precision-engineered steel molds to produce seamless, toothed timing belts with consistent polymer curing and dimensional accuracy. The machine frame, clamps and molds are fabricated from hardened alloy steels and corrosion-resistant metals to endure high-temperature vulcanization and repeated mechanical loads. Drive and control elements feature industrial-grade motors, hardened gears, frequency converters and PLC/touchscreen electronics with heat-resistant wiring and sealed housings for durable, high-precision performance.


    ◎ Liquid polyurethane compound 

    ◎ Molds and clamping components

    ◎ Motor and gear drive & control

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    FAQ

    1
    What types of timing belts can a Liquid PU Timing Belt Vulcanizing Molding Machine (with motor & gear) produce, and which industries use them?
    The machine molds and vulcanizes timing belts made from liquid polyurethane (PU) with various tooth profiles, pitches and widths. Typical applications include automotive drive and accessory belts, industrial machine timing belts (conveyors, packaging, printing), textile and robotics timing belts, and specialty belts for medical or food equipment (with appropriate PU grades). It supports both standard profile belts and custom profiles created via matching molds, making it suitable for prototyping small runs as well as medium-to-high volume production.
    2
    How do the motor and gear components affect production performance and how should they be specified for my needs?
    The motor provides rotational power and speed control; the gear/reducer provides torque multiplication and precise indexing for consistent mold alignment and belt tooth formation. For higher throughput or larger molds you need more torque and a stable low-speed index; for fine-pitch small belts you need smooth low-speed control and high positional accuracy. When specifying, consider required cycle speed, mold size, belt material viscosity and curing forces—the vendor typically offers variable-frequency drives, gear reducers and encoder feedback to match small-batch prototyping up to continuous production.
    3
    What are typical cycle times, output rates and factors that influence production capacity?
    Cycle time depends on mold size, belt geometry, PU formulation and curing parameters. Typical ranges: small prototype belts might cure in 5–20 minutes per shot; larger or higher-temperature cures may take 20–60 minutes. Output rate is governed by number of cavities per mold and cycle time—e.g., a 4-cavity mold curing in 15 minutes yields ~16 belts/hour. Key factors affecting capacity: PU chemistry and temperature, mold thermal control, vacuum/degassing efficiency, preheating, and the motor/gear’s indexing speed and repeatability.
    4
    Can the machine handle different molds, custom profiles and multiple belt sizes in one production line?
    Yes. The machine is designed to accept interchangeable molds and can be adapted for different profiles, widths and pitches. Quick-change mold fixtures, modular platen sizes and programmable indexing (if equipped) allow flexibility for mixed runs. For very frequent mold changes, specify quick-release fixtures and ensure gear/motor control supports multiple position presets. Always confirm physical mold dimensions, weight and thermal requirements with the machine supplier to guarantee compatibility.
    5
    What routine maintenance and common troubleshooting steps are recommended for the motor, gear and vulcanizing system?
    Routine maintenance: check and top up gear-reducer lubricant per manufacturer intervals, inspect motor bearings for noise/vibration, tighten couplings and fasteners, verify encoder/feedback signals, and keep cooling/ventilation clear. For the vulcanizing system: keep mold surfaces clean and coated with proper release agent, inspect heaters and thermocouples, and maintain vacuum/degassing systems. Common issues and fixes: (1) uneven belt thickness — check mold alignment, adjust injection/dispensing volume, verify degassing; (2) gear noise or positioning error — inspect gearbox oil level, gearbox backlash, and motor encoder calibration; (3) undercured belts — raise mold temperature or extend dwell time per PU datasheet; (4) motor overheating — reduce duty cycle, check ventilation, and verify correct motor sizing.
    6
    What safety, environmental and handling considerations are important when using liquid PU on this machine?
    Key considerations: operate in a well-ventilated area or use local exhaust to remove fumes from curing PU; follow material safety data sheets (MSDS) for PU components (isocyanates, catalysts, solvents) and use appropriate PPE (chemical-resistant gloves, eye protection, respirators as required). Manage waste and cleaning solvents per local regulations. Ensure machine guards, emergency stops and interlocks are functional, and avoid opening molds until safe cure temperature is reached. For food/medical applications, use certified PU compounds and maintain strict cleaning and contamination-control protocols.

    Features:

    1.The motor speed is controlled by a frequency converter,it is controled by PLC and parameters can be modified through the touch screen.
    2.The tension value can be adjusted according to the size of the wire diameter.
    3.lt can be equipped with an automatic mold-clamping device.

     Technical parameter:

    Item Unit YH-500 YH-800 YH-1000
    Max sleeve width mm 400  400  300 
    Max sleeve lenght mm 500  800  1000 
    Min sleeve lenght mm 100  200  300 
    Cutter bar speed r/min 100~750 50~350 50~200
    Power KW 1.5  2.2 
    Power supply AC 220V    50/60HZ 220V    50/60HZ 380V  50/60HZ
    Overalldimensions(W*D*H) m 0.5*1.1*1.5 0.5*1.1*1.5 0.8*1.5*1.5

    Note :Special models can be designed according to customers reguirements

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