NEWS

In the field of long-distance transportation, corrugated sidewall conveyor belts demonstrate significant advantages in preventing material spillage and enabling steep incline transport due to their unique structural design. This article compares and analyses the practical performance differences between corrugated sidewall conveyor belts and standard conveyor belts based on key metrics such as oil resistance and heat resistance, providing professional guidance for industrial equipment selection.

I. Definitions and Core Characteristics Comparison

Corrugated sidewall conveyor belts employ a combination of corrugated sidewalls and cross-bars, enabling vertical lifting angles up to 90°. Their core advantage lies in preventing material spillage and adapting to complex terrains. Standard conveyor belts typically feature a flat structure, suitable for horizontal or low-angle (generally <20°) transport scenarios, with notable limitations in specialised applications such as oil-resistant or heat-resistant conveyor belts.

II. Key Performance Metrics Analysis

Performance Parameter    Corrugated Sidewall Conveyor Belt    Standard Conveyor Belt

Maximum Incline Capacity    30°–90°    ≤20°

Oil Resistance Rating    ISO 1431-1 Grade B    Grade A (requires special treatment)

Heat Resistance Limit    200°C (special formulations up to 300°C)    120°C (standard models)

III. Differences in Typical Application Scenarios

In mining operations, corrugated sidewall belts effectively resolve deformation issues encountered by conventional heat-resistant belts during high-temperature material transport. Within the chemical industry, their reinforced oil-resistant design delivers over 60% superior corrosion resistance compared to standard belts. Specific distinctions include:

Space Utilisation: Corrugated sidewall belts reduce installation space requirements by 30%-50%

Maintenance Costs: Conventional belts incur 2-3 times higher cleaning expenses due to spillage

Service Life: Wavy sidewall belts exhibit 40% lower wear rates under identical operating conditions

IV. Key Factors for Selection Decision-Making

Addressing core concerns of technical evaluators and corporate decision-makers, comprehensive assessment should encompass the following dimensions:

Material Properties: Adhesive materials warrant prioritisation of sidewall belt designs

Environmental Conditions: Oil-contaminated environments necessitate specialised oil-resistant conveyor belts

Return on Investment: Although corrugated sidewall belts incur a 15%-20% higher initial cost, their total cost of ownership (TCO) is lower over a three-year period

V. Industry Trends and Technical Outlook

With the advancement of smart manufacturing, the new generation of corrugated sidewall conveyor belts is integrating sensor technology to achieve: ① Real-time wear monitoring ② Automatic track correction ③ Energy consumption optimisation algorithms. These innovations will further enhance their competitive edge in long-distance transport applications.

VI. Professional Service Assurance

We provide full-cycle services from selection consultation to installation and maintenance, with all products certified to ISO 14890:2013. Customised heat-resistant and oil-resistant conveyor belt solutions are available for specialised applications, supported by a 24-hour technical response team ensuring seamless project implementation.