Model No.: TT-R004
Brand: Iron Tower
Belt Cover Rubber: Commom type
Brand Name: Iron Tower
Property: Anti-tear
Belt Core Strucure: Anti-tear type
Packaging: UV protection packaging cloth
Productivity: 50000 meters/month
Transportation: Ocean,Land
Place of Origin: China
Supply Ability: Month supply capacity of 50000 meters
Certificate: ISO 9001:2015
HS Code: 40101100
Port: Shanghai Port,Qingdao Port,Ningbo Port
ST3150
Anti-tear Steel Cord Conveyor Belt – High-Performance Industrial Solution for Heavy-Duty Material Handling The ST3150 Anti-Tear
Steel Cord Conveyor Belt is engineered for industrial environments demanding maximum durability, reliability, and efficiency. Designed with a galvanized
steel cord core embedded in high-adhesion rubber layers, this belt offers exceptional tensile strength and resistance to mechanical damage—making it ideal for long-distance, high-speed, and heavy-load applications across mining, quarrying, cement, and bulk material processing industries. Key Features: This advanced
Conveyor Belt integrates precision-engineered components to ensure consistent performance under extreme conditions. The reinforcement system uses tightly wound, left-hand and right-hand twisted steel wires arranged longitudinally for uniform stress distribution. This configuration minimizes elongation over time while enhancing flexural fatigue resistance—a critical factor in maintaining belt integrity during continuous operation. The top and bottom rubber covers are specially formulated to resist abrasion, impact, and environmental degradation, extending service life even in harsh outdoor or indoor settings. Detailed Description: Manufactured using premium-grade materials and stringent quality control processes, the ST3150 belt combines structural robustness with operational flexibility. Its internal steel cord structure provides superior load-bearing capacity compared to traditional fabric-reinforced belts, allowing for smoother transitions around pulleys and idlers without premature wear. The galvanized coating on the steel cords adds corrosion protection, particularly beneficial in humid or chemically exposed environments. Unlike conventional belts that experience significant stretch after extended use, the ST3150 maintains dimensional stability, reducing downtime caused by misalignment or tension adjustments. Additionally, its excellent troughability ensures stable material flow, minimizing spillage and improving overall system efficiency. Ideal Applications: This anti-tear conveyor belt excels in demanding logistics scenarios such as coal transportation in open-pit mines, ore conveyance in metallurgical plants, and aggregate handling in construction sites. It’s also widely adopted in ports and terminals where high-throughput operations require minimal maintenance intervals. Whether deployed in fixed installations or mobile systems, the ST3150 delivers consistent results across diverse climates—from arid desert zones to coastal regions with high salinity exposure. Customer Feedback: Users consistently report reduced maintenance costs and fewer unplanned stoppages when switching to the ST3150 model. Operators appreciate how the belt’s smooth running characteristics reduce noise levels and vibration, contributing to safer working conditions. Many facilities have noted an increase in throughput efficiency due to less frequent belt replacement cycles, reinforcing the value of investing in a technically superior solution. Frequently Asked Questions: What makes this belt resistant to tearing? Its reinforced steel cord design, combined with high-quality rubber compounds, prevents crack propagation and enhances puncture resistance under heavy loads. How does it compare to other industrial belts in terms of lifespan? With proper installation and routine inspection, the ST3150 typically lasts 2–3 times longer than standard textile belts, especially in abrasive or high-tension applications. Is it suitable for steep inclines or curved paths? Yes, thanks to its excellent flexing resistance and troughing capability, the belt performs reliably even on steep gradients and complex routing configurations common in modern material handling systems.