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Sidewall Conveyor Belts - Steep Incline Solution

Sidewall Rubber Conveyor Belt Overview

Steep Incline Conveying from 0-90°

Achieve vertical or near-vertical material transport without slippage, reducing your conveyor system footprint by up to 70% compared to traditional incline conveyors

Wide Range of Applications

Handle diverse materials from fine powders to large lumps with specialized rubber compounds suitable for mining, cement, grain, power generation, and port operations

Large Capacity, High Elevation

Transport up to 6000 tons per hour with elevation heights exceeding 200 meters, delivering the throughput your operation demands

Small Footprint

Optimize your facility layout by eliminating multiple transfer points and reducing horizontal conveyor runs, saving valuable floor space and infrastructure costs

Complete Belts

Integrated three-component systems engineered to European standards, delivering precision performance from 50 years of manufacturing expertise

Features

European Standard Process
Manufacturing aligned with international standards, integrating 50 years of European production technologies for consistent quality and performance
Production Equipment
Industry-leading intelligent production lines ensure precision assembly and superior bonding between base belt, sidewalls, and cleats
Long Service Life
Proven durability with over 70% of our belts achieving 5+ years of continuous service in demanding applications
Global Footprint
Successfully exported to over 50 countries, with installations operating reliably in diverse climates and industries worldwide

Capability

Belt Width
300-2400mm
Sidewall Height
40-630mm
Cleat Height
35-600mm
Belt Strength
250-7500N/mm

Automated Precise Buffing/Cutting

  • High accuracy delivers precise processing dimensions for optimal component fit and performance
  • Excellent buffing effect results in higher adhesion strength between base belt and vertical components
  • High efficiency enables faster production cycles while maintaining environmental safety standards
  • Safer & environment-friendly automated processes reduce workplace hazards and environmental impact

Need custom specifications for your application?

Contact Engineering Team

Base Belt

The foundation of superior performance: engineered rubber covers and cross-rigid construction designed for flexibility and strength

Rubber Cover

  • Abrasion-resistant formulations withstand high-impact material loading
  • Cold-resistant compounds maintain flexibility in sub-zero temperatures
  • Acid & Alkali-resistant protection for chemical processing environments
  • High/Moderate Oil-resistant options for petroleum and mining applications
  • Heat-resistant (100-150°C) for elevated temperature operations
  • Flame-retardant compounds meeting international fire safety standards
  • High Temperature-resistant (150-200°C) for extreme environments
  • Other Customized Types available for specialized applications

Cross Rigid Base Belt

Corrugated sidewall conveyor belts require superior tensile strength and exceptional wear resistance to handle the demanding conditions of steep-angle conveyance. Our cross-rigid base belt technology solves a critical engineering challenge: maintaining flexibility in the longitudinal direction while providing rigidity in the transverse direction.

This specialized structure prevents belt deformation during the return process of large-sized conveyor belts, ensuring consistent performance and extended service life even in high-capacity applications.

Note: The base belt width matches standard specifications and complies with international dimensional standards for seamless integration with existing systems.

Base Belt Type Strength (N/mm) Cover Thickness (mm) Weight (Kg/m²) Min. Pulley Dia. (mm)
QXE 250/2 2:2 9.40 200
400/3 4:2 13.50 315
QXE+2 400/3+2 4:2 12.10 315
500/3+2 4:2 12.60 400
630/4+2 4:2 14.40 500
800/5+2 4:2 16.10 630
1000/5+2 4:2 17.80 800
QXE+2 1250/5+2 4:2 18.25 1000
QXE+SC+2 315/2+2 4:2 13.70 315
400/3+2 4:2 14.80 315
500/3+2 4:2 15.20 400
630/4+2 4:2 16.70 500
800/5+2 4:2 18.00 630
1000/5+2 4:2 19.50 800
QXE+SC+2 1250/5+2 4:2 21.40 1000
QXST-SC 1600 8:8 - 1250
2000 8:8 - 1250
2500 8:8 - 1400
3150 8:8 - 1400
3500 8:8 Please Inquire 1600
4500 8:8 - 1600
5000 8:8 - 1600
5400 8:8 - 1800
6000 8:8 - 1800

Need help selecting the right base belt for your application?

Talk to a Belt Specialist

Sidewall

Engineered vertical barriers with fabric reinforcement prevent material spillage and ensure reliable performance at steep angles

Features

  • Specially designed rubber compound delivers excellent flexing resistance and fatigue endurance through millions of cycles
  • Sidewall incorporates fabric reinforcement to effectively prevent cracks and ensure structural integrity under continuous stress
  • European standard dynamic fatigue testing simulates on-site working conditions to ensure product reliability before deployment

Rubber Cover

  • Abrasion-resistant
  • High/Moderate Oil-resistant
  • Heat-resistant (100-150°C)
  • High Temperature-resistant (150-200°C)
  • Cold-resistant
  • Acid & alkali-resistant
  • Flame-retardant
  • Other Customized Types
Type H (mm) Sw (mm) Tw (mm) P (mm) EST Weight (Kg/m) Min. Pulley Dia. (mm)
S 40 30 20 25 0.48 125
60 50 45 40 1.38 160
80 50 45 40 1.66 200
100 50 45 40 2.00 250
120 50 45 40 2.24 315
MDSF 120 75 65 63.5 3.88 315
160 75 65 63.5 4.22 400
200 75 65 63.5 4.93 500
240 75 65 63.5 5.92 630
280 75 65 63.5 7.40 800
300 75 65 63.5 7.66 800
HHDF 300 100 90 83 12.61 800
400 100 90 83 15.67 1000
500 100 95 89 18.78 1250
Note: Diagonal fabric reinforcement is suggested for sidewall higher than 120mm. This carcass reinforcement is also available for sidewall height less than 120mm upon request.

Looking for custom sidewall configurations?

Request Custom Quote

Cleat

Precision-molded transverse barriers designed for maximum material retention and optimal load distribution on steep inclines

Features

  • European standard processes and precision molds ensure consistent quality and dimensional accuracy across all cleat profiles
  • Special rubber compound formulation enables excellent abrasion resistance and extended service life in high-wear applications
  • High stiffness construction provides excellent impact resistance when materials are loaded onto the belt
  • Small deformation under pressure maintains cleat geometry and consistent material containment throughout operation
  • Optimized design accommodates more materials in vertical lifting operations, maximizing throughput capacity
Cleat Type Height (mm) Cover Thickness (mm) Weight (kg/m) Min. Pulley Dia. (mm)
55 100 1.40 125
75 100 1.47 150
90 110 3.01 250
110 110 3.57 315
55 100 1.58 125
75 100 1.82 150
90 110 2.53 250
110 110 3.11 315
140 160 5.70 400
180 160 6.81 500
230 160 8.71 630
55 75 1.17 125
75 100 1.93 150
90 110 3.57 250
110 110 2.38 315
140 150 5.70 400
180 150 6.81 500
230 160 7.85 630
280 180 14.34 800
230 160 10.6 630
280 160 11.95 800
360 230 24.66 1000
470 230 31.00 1250
Note: Diagonal fabric reinforcement is suggested for cleat higher than 110mm. This carcass reinforcement is also available for cleat height less than 110mm upon request for enhanced durability.

Ready to optimize your steep incline conveying system?

Get Started Today
Make Your Belt - Module 7 Make Your Belt - Module 7

Make Your Belt

Custom Design: Your Belt, Our Passion

Fill in the form to receive a custom quotation for your belt design and manufacturing — fully adaptable to your specific needs

Design Your Sidewall Belt

Base Belt Cross Section

Complete Sidewall Belt Assembly

Design Specification Form

1. Base Belt

2. Base Belt Dimensions
Designation Unit Value Ref. Std.
Overall thickness (t) mm
Thickness top cover (t₁) mm
Thickness bottom (t₂) mm
Thickness carcass (t₃) mm
Width edges Max. (B₁) mm
Cover surface: top/bottom -
3. Belt Properties
Property Unit Value Ref. Std.
Min. belt strength - warp N/mm
Min. elongation at break %
Max. elongation %
Adhesion: top cover/ply N/mm
Adhesion: ply/ply N/mm
Adhesion: bottom/ply N/mm

5. Cross Section of Sidewall Belt

6. Cross Dimensions
Dimension Unit Value
Fs (Free Space) mm
Sw (Sidewall Width) mm
Cw (Clear Width) mm
CH (Cleat Height) mm
CP (Cleat Pitch) mm
H (Overall Height) mm
Bw (Belt Width) mm

7. Sidewall Properties

8. Sidewall Dimensions
Dimension Unit ZHENXING - Value
Tw (Thickness) mm
P (Pitch) mm
H (Height) mm
Sw (Width) mm

9. Cleat Properties

Cleat Dimensions
Dimension Unit ZHENXING - Value
Height mm
Cleat Width mm
Cleat Base Wide mm
Cleat Pitch mm
Sidewall Belt - Complete Modules 8-15

Frequently Asked Questions

Common questions about sidewall conveyor belts

Q1: Are these sidewall belts manufactured in your own factory?

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Yes, all our sidewall conveyor belts are manufactured in our own facility with 40 years of production experience. We control every stage from rubber compounding to final vulcanization, ensuring consistent quality and the ability to customize specifications to your exact requirements. Our factory is equipped with European-standard production lines and automated quality control systems.

Q2: What is the typical delivery time for sidewall conveyor belts?

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Standard specifications typically ship within 15-20 working days. Custom-designed belts require 25-35 working days depending on complexity and quantity. We maintain inventory of common sizes and materials to expedite delivery. Express production is available for urgent orders. All timelines include complete quality testing and inspection before shipment.

Q3: How are sidewall conveyor belts packaged for shipping?

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Belts are carefully rolled onto sturdy wooden or steel cores to prevent deformation during transport. The entire roll is wrapped in waterproof plastic film, then protected with heavy-duty fabric covering. For export shipments, we provide fumigation-certified wooden packaging or use steel frames with strapping. Each package includes detailed specification labels and handling instructions. Special packaging is available for extreme climate conditions.

Q4: What quality testing is performed before delivery?

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Every belt undergoes comprehensive testing including tensile strength verification, adhesion testing between components, dimensional accuracy measurement, and visual inspection. We perform dynamic fatigue testing on sidewalls and cleats, abrasion resistance testing on covers, and verify all specifications against international standards (DIN, ISO, EN). Complete test reports and certificates are provided with each shipment.

Have more questions?

Contact Our Technical Team