Conveyor Belt Vulcanizing Press

Conveyor Belt Vulcanizing Press
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BELT VULCANIZING EQUIPMENT
Water Cooled Belt Vulcanizer for Conveyor Belt Splicing
Minimum Vulcanization Width: 600mm
Maximum Vulcanization Width: 3200mm

The water-cooled vulcanizing press is engineered for speed, portability, and high-performance splicing. Constructed from lightweight aluminum alloy, it features a compact design and quick assembly, making it the ideal solution for rubber conveyor belt jointing on-site.

This is a heavy-duty sectional vulcanizer widely recognized in the industry for its durability, lightweight build, and suitability for use in harsh mining environments. Designed for full splicing coverage, whether fabric belts or steel cord belts, it supports both single-unit and multi-unit configurations based on belt length. Compatible with a variety of splice shapes, including skive, rectangular, and chevron joints, the vulcanizer offers a major advantage with its rapid cooling system.

Unlike traditional vulcanizers that take 4-5 hours to cool naturally, this vulcanizing press cools to below 70°C within just 15-20 minutes, significantly reducing repair time and allowing faster return to operation. This makes it especially valuable for field repairs or projects involving dozens or even hundreds of splices, where every minute saved is a major production gain.

Technical Data
Belt Width: 600-3200mm
Bias Angle: 17º / 22º / 90º
Material: High grade steel 45# / aluminum alloy 7005, 6061
Cooling: Water cooled
Heating: Silicone heating elements
Surface Pressure: 100-200PSI
Vulcanizing Pressure: 100-200PSI (depending on conveyor belt)
Vulcanizing Temperature: 145-155℃
Air: Max. 7kg/cm² (100 psi)
Water: Max. 14kg/cm² (200 psi)
Max. Heating Temperature: 185°C (365ºF)
Voltage: 380V 3 phase, or other various voltage options (220V, 400V, 415V, 440V, 480V, 525V)
Cooling Time: 15-20 minutes (below 70°C)
Heating Time: 35 minutes or less (in spring and autumn)
Applications Features

The conveyer belt vulcanizing presses are widely used across bulk material handling systems in industries such as metallurgy, mining, power generation, ports, building materials, and chemical processing. They are designed for splicing and repairing a variety of conveyor belts, including EP (polyester-nylon) belts, nylon conveyor belts, cotton canvas belts and conveyor belts with steel cable cores.

EPNUO “pressure bag” for uniform pressure system across splice surface
Built-in cooling system within platens
Innovative silicone element fast heating system
Optional HD-100 smart hydraulic pump & reservoir unit, but must for working pressures above 7 kg/cm² (100 psi). All electrical components are CE-certified.
Designed to handle pressure up to 7 kg/cm² (100 psi) for fabric belts and 14 kg/cm² (200 psi) for steel cord belts
Custom-built SVP heating plates
AirBox control unit made from engineered plastic, enabling automated vulcanization cycle timing
Digital temperature controller & timer
Audible sound alert for the end of the vulcanization
Platens with air/water bag
Rapid water cooling
Videos
  • Assembly of Vulcanizing Press
  • Conveyor belt Vulcanizing Press at Worksite
Specifications
Model Max.
Belt Width
Platen Size Splice Length
(Minus 2in/50mm
For Finger Splice)
Traverse Bar System Main Component Weight Approx.
Total Weight
A B C Number Of
Traverse Bars
Type Bar Length Traverse Bar Platen
in mm in mm in mm in mm in mm in mm lbs kg lbs kg lbs kg
24 610 19 480 30 760 28 710 13 330 2 EA 42 1067 52 24 55 25 501 228
30 760 19 480 37 940 34 865 13 330 2 EA 49 1245 61 28 68 31 568 258
36 915 19 480 43 1090 40 1015 13 330 2 EA 55 1397 68 31 79 36 624 284
36 915 28 710 43 1090 40 1015 22 560 3 EA 55 1397 68 31 116 53 917 417
36 915 33 840 43 1090 40 1015 27 685 4 EA 55 1397 68 31 137 62 1151 523
36 915 37 940 43 1090 40 1015 31 785 4 EA 55 1397 68 31 153 70 1199 545
42 1065 19 480 50 1270 46 1170 13 330 2 EA 62 1575 77 35 92 42 691 314
42 1065 28 710 50 1270 46 1170 22 560 3 EA 62 1575 77 35 135 61 1015 462
42 1065 33 840 50 1270 46 1170 27 685 4 EA 62 1575 77 35 159 72 1275 580
42 1065 37 940 50 1270 46 1170 31 785 4 EA 62 1575 77 35 178 81 1330 604
42 1065 43 1090 50 1270 46 1170 37 940 5 EA 62 1575 77 35 207 94 1603 729
48 1220 19 480 58 1475 54 1370 13 330 2 EA 70 1778 87 40 106 48 766 348
48 1220 28 710 58 1475 54 1370 22 560 3 EA 70 1778 87 40 157 71 1128 513
48 1220 33 840 58 1475 54 1370 27 685 4 EA 70 1778 87 40 185 84 1417 644
48 1220 37 940 58 1475 54 1370 31 785 4 EA 70 1778 87 40 207 94 1479 672
48 1220 43 1090 58 1475 54 1370 37 940 5 EA 70 1778 87 40 240 109 1784 811
54 1370 19 480 65 1650 60 1525 13 330 2 EA 77 1956 95 44 119 54 833 378
54 1370 28 710 65 1650 60 1525 22 560 3 EA 77 1956 95 44 175 80 1227 558
54 1370 33 840 65 1650 60 1525 27 685 4 EA 77 1956 95 44 207 94 1541 701
54 1370 37 940 65 1650 60 1525 31 785 4 EA 77 1956 95 44 232 105 1610 732
54 1370 43 1090 65 1650 60 1525 37 940 5 EA 77 1956 95 44 270 123 1942 883
60 1525 19 480 71 1800 66 1675 13 330 2 EAX 83 2108 126 58 130 59 990 450
60 1525 28 710 71 1800 66 1675 22 560 3 EAX 83 2108 126 58 192 87 1462 665
60 1525 33 840 71 1800 66 1675 27 685 4 EAX 83 2108 126 58 226 103 1850 841
60 1525 37 940 71 1800 66 1675 31 785 4 EAX 83 2108 126 58 253 115 1924 875
60 1525 43 1090 71 1800 66 1675 37 940 5 EAX 83 2108 126 58 294 134 2330 1059
72 1830 19 480 84 2135 78 1980 13 330 2 EAX 96 2438 146 67 154 70 1128 513
72 1830 28 710 84 2135 78 1980 22 560 3 EAX 96 2438 146 67 227 103 1667 758
72 1830 33 840 84 2135 78 1980 27 685 4 EAX 96 2438 146 67 267 121 2110 959
72 1830 37 940 84 2135 78 1980 31 785 4 EAX 96 2438 146 67 300 136 2196 998
Type W X Y Z
EA in 22 9.75 7.75 7
mm 559 248 197 178
EAX in 27.5 12.5 10.5 7
mm 699 318 267 178
EB in 32.5 15 13 6
mm 826 381 330 152
EC in 32.5 15 13 6.5
mm 826 381 330 165
E380 in 36.5 17 15 6.5
mm 927 432 381 165
E4390 in 40.5 19 17 6.5
mm 1029 483 432 165
Bag Plate Pressure Bag Upper Platen Belt Lower Platen A = Length of platen along the belt. B = Width of platen across the belt on the bias. C = Right angle dimension across the belt, plus edge overlap. D = Bias angle
Important Notes

Models can be customized upon request to meet specific requirements, including custom dimensions, rectangular configurations, various platen arrangements, or higher working pressure ratings. For more information, please or your local EPNUO representative.

Vulcanization heating time should be adjusted based on the thickness of the conveyor belt.
Splice length must comply with relevant industry standards.
When placing an order, please specify the product model, specifications, belt width, belt type, and required vulcanizing pressure.
Optional electric pressure pumps are available upon request.
Key Components Spare Parts
Platens: Designed with a flexible, innovative structure combining an extruded plate, silicone heating elements, and durable composite insulation materials. Each plate conforms to belt irregularities, ensuring uniform pressure and splice quality. Maximum operating temperature is 200°C.
Frame: Ergonomically designed with optional handles for easier handling and setup.
Pressure & cooling system: The pressure bag delivers even surface pressure across the joint. Integrated cooling channels within the pressure plate allow for rapid water-cooled heat dissipation, minimizing downtime.
Traverse Bar Heating Plate
    1. HD-100 Smart Hydraulic Flow Pump
    1. E4P-RS Control Box
    1. Standard Control Box
    1. Pressure Regulator
    1. Standard Hydraulic Pump
    1. Upgraded E4P-RS Control Box
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