- 产品描述
- 产品优势
- 工艺流程
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Details
Use
Due to site constraints or the need to convey materials at steep inclinations, in order to prevent material spillage, side-wall conveyor belts must be able to withstand high load stresses and repeatedly endure bending during high-capacity, steep-inclination conveying operations. To meet these requirements, this product employs high-quality polyester fabrics with low elongation, providing enhanced rigidity. This product is suitable for conveying materials under steep inclinations ranging from 0° to 90°.
Function
• The conveying material can achieve a large inclination angle of up to 90°.
• High conveying capacity with no material spillage. The conveyor can switch between horizontal and inclined angles, and also transition smoothly from an inclined angle to a horizontal angle.
Standard
Type Tensile strength N/mm Kindness Number of body layers Covering rubber thickness (mm) Weight (kg/m) 2) Minimum roller diameter, mm XE 200 Ordinary 2 2x2 9.8 200 XOE 315 Ordinary
Heat-resistant
Flame-retardant
2+1 4x2 11.3 315 500 3+1 4x2 13.2 400 630 4+1 4x2 14.9 500 800 5+1 4x2 17.8 630 1000 6+1 5x3 22.0 800 Snow 315 Ordinary 2+1 4x3 12.7 315 500 3+1 4x3 14.5 400 630 4+1 4x3 16.3 500 XDE 315 Ordinary 2+2 4x3 13.7 315 500 3+2 4x3 15.5 400 630 4+2 4x3 17.3 500 Wavy sidewalls
The sidewall is made of high-quality rubber.
In addition, there are two types: pure rubber (BG) and rubber with a fabric-reinforced layer (BGT).
Communication occasion Height Side wall width Bottom width Weight Minimum roller diameter Millimeter Millimeter Millimeter Millimeter Millimeter Grace 80 44 50 1.6 200 100 44 50 1.8 250 S 120 66 75 3.1 320 160 66 75 4.1 400 200 66 75 5.1 500 240 66 75 6.1 550 Spanish 300 88 100 12.0 700 400 88 100 16.0 900 Note: N—Light load; S—Medium load; ES—Heavy load.
Bulkhead
The partition is made of high-quality rubber and features excellent elastic support.
There are also two other types: pure rubber and rubber with a fabric-reinforced layer.
T 
Type T75 T110 Height (mm) 75 110 Weight (kg/m) 1.65 2.20 Minimum roller diameter (mm) 200 300 TC 
Type TC110 TC140 TC180 TC220 TC260 Height (mm) 110 140 180 220 260 Weight (kg/m) 2.6 5.5 7.0 8.0 10.2 Minimum roller diameter (mm) 350 370 450 500 600 Tata Consultancy Services 
Type TCS280 TCS360 Height (mm) 280 360 Weight (kg/m) 18.5 22.0 Minimum roller diameter (mm) 700 700 Coverage Rubber Quality/Grade Standard Performance Parameters
China GB/T7984-2013 GB/T 32457-2015 Conveyor Belt Cover Layer Performance Type Tensile strength (ISO 37)
MegapascalElongation at break (ISO 37)
%Abrasion (ISO4649)
Millimeter 3H 24 450 120 D 18 400 100 L 15 350 200 German standard DIN-22102 Grade Tensile strength ≥ MPa Elongation at break ≥ M% Wear ≥ millimeters 3 Bonding strength between fabric layers (N/mm) Bonding strength between the cover and the fabric layer (/mm) Cover layer thickness: 0.8–1.5 mm Covering thickness > 1.5 mm W 18 400 90 ≥5 3.5 4.5 X 25 450 120 Y 20 400 150 Z 15 350 250 British Standard BS 490 Grade Tensile strength ≥ MPa Elongation at break ≥ M% Wear ≥ millimeters 3 Bonding strength between fabric layers (N/mm) Bonding strength between the cover and the fabric layer (/mm) Cover layer thickness: 0.8–1.5 mm Covering thickness > 1.5 mm M 24 450 - ≥5.25 3.15 4.5 Grace 17 400 - Australian Standard AS 1332-2000 Grade Tensile strength ≥ MPa Elongation at break ≥ M% Wear ≥ millimeters 3 Bonding strength between fabric layers (N/mm) Bonding strength between the cover and the fabric layer (/mm) Cover layer thickness: 0.8–1.5 mm Covering thickness > 1.5 mm A 17 400 70 6 4 4.8 And E 14 300 - F 14 300 - M 24 450 125 Grace 17 400 200 S 14 300 250 S* 12 300 250 South Africa SANS 1173:2005 Grade Tensile strength ≥ MPa Elongation at break ≥ M% Wear ≥ millimeters 3 Bonding strength between fabric layers (N/mm) Bonding strength between the cover and the fabric layer (N/mm) A 18 400 90 ≥7 ≥5 X 25 450 120 M 24 450 150 Grace 20 400 250 Specifications and Technical Parameters of Corrugated Sidewall Multi-layer Fabric-Cored Conveyor Belts
Fabric type Fabric structure Fabric Model Rubber belt thickness (mm/inch) Strength Series (N/mm) Cover胶 thickness Width range (mm) Twist Latitude line 2 Layers 3 Layers 4 Layers 5 Layers 6 Layers Upper cover layer Lower cover layer Nylon
Polyester EP
Neural network
Electrical Engineering
Nylon Nylon Nylon/EP Polyester/NN/EE-100 1.00 200 300 400 500 600 0-12 0-10 300-2500 Nylon/EP Polyester/NN/EE-125 1.05 250 375 500 625 750 Nylon/EP Polyester/NN/EE-150 1.10 300 450 600 750 900 Nylon/EP Polyester/NN/EE-200 1.20 400 600 800 1000 1200 Nylon/EP Polyester/NN/EE-250 1.40 500 750 1000 1250 1500 Nylon/EP Polyester/NN/EE-300 1.60 600 900 1200 1500 1800 The bonding strength and elongation performance meet the requirements specified in the table below.
Bonding strength, elongation performance Belt core material Bond strength Elongation performance Interlayer N/mm Cover layer and fabric layer N/mm Total-thickness longitudinal elongation at break Full-thickness longitudinal reference force elongation Cover layer thickness ≤ 1.5 mm Cover layer thickness ≥ 1.5 mm Polyester canvas ≥5 ≥4.5 ≥5 ≥10% ≤4%6 The tape’s coverage performance meets the specifications shown in the table below.
China GB/T7984-2013 GB/T 32457-2015 Tape Coating Performance Tape Coating Performance Cover layer grade Tensile strength Elongation at break Wear loss The rate of change in tensile strength and elongation at break after aging. Megapascal Kgf/cm2 % Millimeter 3 % H ≥24 ≥240 ≥450 ≤120 -25 to +25 D ≥18 180 ≥400 ≤100 -25 to +25 L ≥15 150 ≥350 ≤200 -25 to +25
High-Inclination Wave-Shape Belt Conveyor with Side Walls
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