

Min. Order:100 Meter
Transportation:Ocean,Land
Port:Shenzhen Port,Qingdao Port,Ningbo Port
$40≥100Meter
Model No.: TT-W004
Brand: Iron Tower
Place Of Origin: China
Processing Service: Moulding, Cutting
Brand: Iron Tower
After-sales Service: See the corresponding standard or executed according to the contract requirements
Diameter: 200
Largest Size: 0.031
Section Square100%: 0.023
Section Square75%: 50-70
The Width Of Conventional Belt Conveyor: 500-600
Belt Width: 700
Packaging: UV protection packaging cloth
Productivity: Month supply capacity of 50000
Transportation: Ocean,Land
Place of Origin: China
Supply Ability: Month supply capacity of 50000 meters
Certificate: ISO9001:2015
HS Code: 40101100
Port: Shenzhen Port,Qingdao Port,Ningbo Port
200mm Fabric Core Tubular Conveyor Belt – Flexible, Cost-Effective Material Handling Solution
The 200mm Fabric Core Tubular Conveyor Belt is a versatile and efficient material transport system designed for industries requiring reliable, adaptable, and economical conveying solutions. Unlike traditional flat belts or rigid tubular systems, this belt leverages a flexible fabric core structure that allows it to bend around obstacles while maintaining consistent performance across diverse applications. Its design combines moderate load capacity with excellent adaptability, making it ideal for small to medium-scale operations where flexibility and cost-efficiency are critical factors.
Key features include high flexibility due to the fiber-based core construction, which enables tight bending radii—ideal for navigating complex layouts in confined spaces such as factories, warehouses, and processing plants. The belt also offers a balanced carrying capacity suitable for granular materials like grains, plastic pellets, powders, and other light-to-medium-density substances. Additionally, its lower manufacturing cost compared to steel-reinforced alternatives makes it an attractive option for businesses seeking budget-friendly yet durable conveyor systems.
This Tubular Belt excels in environments where installation ease and minimal downtime are priorities. Because of its lightweight nature and ability to be pre-assembled in sections, setup time is significantly reduced compared to conventional belt conveyors. Furthermore, the fabric core provides inherent shock absorption during minor impacts from falling materials, enhancing durability under normal operating conditions. However, for applications involving heavy-duty loads or frequent high-impact loading, supplementary impact protection devices at feed points are recommended to extend service life.
Common use cases span food processing, pharmaceuticals, plastics recycling, agriculture, and general industrial handling. For instance, in grain storage facilities, this belt efficiently moves bulk products without damaging delicate particles. In packaging lines, it supports smooth transitions between workstations using compact routing paths that avoid interference with machinery or structural elements. It’s particularly valuable in retrofitting existing systems where space constraints limit the feasibility of larger, fixed-belt solutions.
Users appreciate how this product balances functionality and affordability. Many report improved workflow efficiency after switching from rigid systems to tubular designs, citing easier maintenance, fewer alignment issues, and better integration into existing infrastructure. Some note that while it may not replace heavy-duty conveyor belts for mining or quarrying applications, it performs exceptionally well within its intended scope—offering long-term value through low operational costs and reliable daily performance.
When considering purchase, customers often ask about compatibility with different material types, expected lifespan under various conditions, and whether additional accessories (like tensioners or guides) are needed. While not optimized for extremely abrasive or high-temperature materials, it functions reliably when paired with appropriate environmental controls. Maintenance typically involves regular inspection of the fabric layer for wear, ensuring proper tensioning, and cleaning accumulation from internal surfaces. With correct usage, these belts can last several years depending on throughput volume and operating intensity.