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

PU Timing Belt Coating Machine 1
PU Timing Belt Coating Machine 2
PU Timing Belt Coating Machine 3
PU Timing Belt Coating Machine 4
PU Timing Belt Coating Machine 5
PU Timing Belt Coating Machine 1
PU Timing Belt Coating Machine 2
PU Timing Belt Coating Machine 3
PU Timing Belt Coating Machine 4
PU Timing Belt Coating Machine 5

PU Timing Belt Coating Machine

A compact PU Timing Belt Coating Machine is an industrial machine for applying hot-melt PU or rubber coatings accurately onto substrates, using a timing-belt drive with motor and gearbox and PLC for precise control. Selling points: PLC automation for repeatable settings, timing-belt drive for high-precision and low-vibration coating, robust motor & gearbox for stable torque and long life, and hot-melt capability for fast, uniform films with easy speed/temperature adjustment. The result is higher throughput, consistent product quality, simple operation and maintenance, and suitability for footwear, automotive seals, textiles and other industrial coating jobs.

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
    Timing Belt Adhesive Coating Machine
    Brand
    YONGHANG
    Condition
    New
    Warranty of core components
    1 Year
    Marketing Type
    Ordinary Product
    Voltage
    220V Electrical Equipment
    Power(W)
    3 kW
    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

    Precision Reliability Compact Packaging 

    The WC PU Timing-Belt Coater pairs PLC-controlled servo motors and a touch-screen interface with an adjustable hot-air gun and roller system for precise, repeatable hot-melt rubber coating across different belt widths. Its compact industrial layout, adjustable nozzles, robust gearbox and ISO9001-grade manufacturing deliver consistent high-quality PU films with secure standard packing and fast turnaround. Customers gain fast sample availability, low MOQs and responsive after-sales support for quick integration into printing, packaging and conveyor applications.

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    PLC-Controlled Precision PU Coating

    This WC PU Timing-Belt Coater combines water cooling, a PLC-driven servo motor and gearbox with a hot-melt rubber applicator to accurately coat PU timing belts using an adjustable hot air gun and pressure roller system. PLC touch-screen control enables real-time data modification and monitoring for precise speed and temperature control, while interchangeable nozzles and adjustable gun positioning accommodate multiple belt widths for consistent, high-quality coating. Built with a compact, modular structure and robust manufacturing, the machine provides thermal stability and repeatable, efficient performance for packaging, printing and material-handling applications.

    Motorized PLC PU Coater 

    The Water-Cooling PU Timing Belt Coating Machine is a hot-melt rubber coating applicator engineered for precise coating of PU timing belts. It employs a PLC-controlled servo motor with a touchscreen for parameter modification and monitoring, using an adjustable hot-air gun to heat the PU surface and a roller to press the film onto the belt. Interchangeable nozzles for different belt widths and water-cooling enhance process stability and ensure consistent, high-quality coated belts.


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    Precision Automated Durable Coating

    Built by WC on a heritage of precision coating technology, the PU timing-belt coater integrates a PLC control system with a rugged motor and gearbox to deliver consistent hot-melt rubber layers for demanding production lines. The unit’s synchronized timing-belt conveyance, closed-loop temperature management, and torque-stable gearbox provide repeatable, low-vibration coating at variable speeds while minimizing downtime. Features such as energy-efficient motors, sealed bearings, easy-to-use PLC recipes, and quick-change coating heads translate into higher throughput, improved coating uniformity, simplified maintenance, and lower material waste.

    Material introduction

    The machine’s structural frame and water‑cooling chassis are made from corrosion‑resistant stainless steel while copper piping and brass fittings form the cooling loop to protect components during continuous operation. Coating materials consist of reinforced PU timing belts and a hot‑melt rubber compound applied via an aluminum‑nozzle hot air gun and steel rollers with wear‑resistant rubber covers for even film transfer. Drive and control parts use a precision steel gearbox and servo motor interfaced to a PLC and industrial touch screen, with electrical enclosures and HMI components built from durable industrial plastics and tempered glass.


    ◎ WC PU Timing-Belt Coater (Standard) 

    ◎ WC PU Timing-Belt Coater (Precision PLC & Servo)

    ◎ WC PU Timing-Belt Coater (Wide‑Width, Water‑Cooled)

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    FAQ

    1
    What is the WC PU Timing-Belt Coater PLC Motor & Gearbox Hot-Melt Rubber used for?
    It is a continuous coating/laminating machine that applies polyurethane (PU) or other hot-melt rubber compounds onto substrates using a timing-belt transport system. Typical uses include coating rubber profiles, covering conveyor belts, laminating hoses and cables, bonding foam, producing sealing strips and applying hot-melt adhesives in automotive, footwear, industrial conveyor and general rubber goods manufacturing.
    2
    How does the machine apply hot‑melt rubber and what role do the timing belt, PLC, motor and gearbox play?
    The timing belt provides accurate, slip-free transport and registration of the substrate. A heated applicator (roller or slot die) deposits the hot-melt rubber while synchronized drive components (motor + gearbox) control line speed and tension. The PLC coordinates temperature zones, speed, nip pressure, and recipe changes so coating weight, alignment and repeatability are maintained across production runs.
    3
    What types of materials and coating thicknesses are compatible with this coater?
    Common materials include PU hot-melt adhesives, thermoplastic rubbers (TPE), silicone-based hot melts and standard hot-melt rubber compounds. Coating thickness depends on applicator design (roller, doctor blade, slot die) but typically ranges from a few microns for adhesive films to several millimeters for heavy rubber layers. For precise ranges consult the applicator and material supplier; the PLC allows easy recipe control for different thickness targets.
    4
    What routine maintenance is required for the motor, gearbox, timing belt and heating system?
    Regular checks should include: inspect and adjust timing-belt tension and tracking; clean applicator surfaces and remove cooled build-up; check gearbox oil level and replace per manufacturer intervals; verify motor mounts, coupling alignment and electrical connections; confirm temperature sensors and heaters function correctly. Follow manufacturer lubrication schedules and replace worn belts, seals and heater elements promptly to avoid quality issues.
    5
    What are common problems (e.g., uneven coating, belt tracking) and how can they be resolved?
    Uneven coating can be caused by improper substrate tension, incorrect applicator gap, clogged die or temperature variation—resolve by stabilizing temperature zones, cleaning applicator and adjusting nip/doctor settings. Belt tracking issues arise from misalignment, incorrect tension or worn pulleys—adjust tracking guides, correct tension and replace damaged belts/pulleys. If adhesion fails, check material compatibility and surface preparation. Use the PLC alarm logs and parameter checks to quickly isolate process deviations.
    6
    What safety and operational best practices should operators follow?
    Always wear heat-resistant PPE when working near hot zones, lock out/tag out electrical and mechanical systems before maintenance, use emergency stops and interlocks provided, and follow the material supplier’s handling instructions for hot-melt compounds. Train operators on PLC recipes, safe changeover procedures and correct cleaning methods (avoid flammable solvents on hot surfaces). Keep an up-to-date maintenance and calibration log to ensure consistent, safe production.

    Features:

    1.Control the servo motor through PLC, and modify and monitor the data through the touch screen.

    2.Use a hot air gun to heat the PU surface, and then apply the film by pressing it onto the surface with a roller

    3.The position of the heating gun can be adjusted. Different widths of belts require diferent heating gun nozzles.

    Technical parameter:

    Item Unit YH-100
    Max sleeve width mm 100 
    Min sleeve lenght mm 600 
    Cutter bar speed r/min 10~60
    Power KW
    Power supply AC 220V 50/60HZ
    Overalldimensions(W*D*H) mm 2600*580*1700

    Note :Special models can be designed according to customers reguirements.

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    YONGHANG specializes in produce and custom coated transmission belts for 12 years.

    Contact Details

    Add:
    4th Floor, Building B8, Chuangbao Creative Park, Federal Industrial Zone, West Yushan Road, Panyu District, Guangzhou, China. 511400

    Tel: +86 134 1810 3085
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