

Model No.: TT-V002
300mm Steel Cord Tubular Conveyor Belt – High-Performance, Durable Material Handling Solution
The 300mm steel cord Tubular Conveyor Belt is engineered for heavy-duty industrial applications where reliability, load capacity, and operational efficiency are paramount. Designed with a robust steel wire rope core, this Tubular Belt delivers exceptional tensile strength and structural integrity, making it ideal for transporting high-density materials over long distances without deformation or misalignment. Unlike conventional flat belts, the tubular design ensures containment of bulk solids—reducing spillage, dust emissions, and environmental impact while enabling efficient vertical and horizontal routing in complex layouts.
This product excels in performance-critical environments such as mining, cement production, metallurgy, and chemical processing industries. Its unique combination of flexibility, wear resistance, and thermal stability allows seamless integration into both confined spaces and extreme climates—from sub-zero Arctic operations to high-temperature kiln zones exceeding 800°C. The belt’s ability to maintain consistent tension under dynamic loads minimizes elongation and reduces maintenance downtime, offering a cost-effective alternative to traditional conveyor systems.
For precise planning, the 300mm steel cord tubular Conveyor Belt corresponds to a 1150mm belt width at 100% cross-sectional area and can handle particle sizes between 90–100mm. At 75% fill level, it still provides substantial throughput with a sectional area of approximately 0.048 m². Compared to standard open-conveyor belts, this system offers equivalent or superior capacity using significantly less space—making it an optimal choice for retrofitting existing facilities or designing new logistics infrastructure. It replaces conventional belts with widths ranging from 750mm to 900mm, improving material containment and reducing environmental hazards associated with spillage.
Commonly used in bulk material handling systems across global markets, this tubular belt is particularly effective in mining operations where it transports raw ore from extraction points to processing plants. In cement plants, it moves clinker efficiently through kilns and coolers without contamination. For chemical manufacturers, its corrosion-resistant properties ensure safe transport of reactive powders. Additionally, it serves well in port terminals, power stations, and recycling centers requiring enclosed conveyance solutions that comply with modern environmental regulations.
Operators in Australia, South Africa, and Europe report improved uptime and reduced labor costs due to fewer belt replacements and less frequent alignment adjustments. One user noted: “We switched from a flat belt system to this tubular version in our quarry—it cut down on dust emissions by over 60%, and we haven’t had a single belt failure in two years.” Another praised its adaptability: “The ability to navigate sharp turns inside our mine tunnel saved us thousands in civil engineering costs.”
What makes a Steel Cord Tubular Belt different from a standard conveyor belt? Unlike flat belts, which expose materials to air and require frequent cleaning, tubular belts enclose cargo completely, minimizing waste, dust, and safety risks. They also offer better traction on steep inclines and reduce energy consumption per ton transported.
Can it operate in extreme temperatures? Yes, many models are rated for continuous operation between -40°C and +800°C, depending on rubber compound selection. Specialized heat-resistant covers allow use in foundries, steel mills, and incinerators.
Is it suitable for hazardous environments? Absolutely. With proper sealing and anti-static coatings, these belts meet ATEX standards for explosive atmospheres, commonly found in mining and petrochemical sectors.
How does it compare to other tubular belt types? Steel cord versions provide higher tensile strength than polyester-based alternatives, making them more durable for heavy-duty applications. While slightly heavier, they offer longer lifespan and lower total cost of ownership in demanding settings.