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A globally renowned large-scale theme park faced persistent challenges with the wheel systems on its iconic roller coaster and multiple large-scale rotating rides. These attractions not only needed to handle immense kinetic energy and deliver a smooth, flying-like ride experience but also prioritized “absolute safety” above all else. Under the combined demands of high-speed operation, intense loading, and stringent safety standards, the performance of standard polyurethane wheels had reached its limits. The park’s engineering department ultimately selected YALIDE—a specialized manufacturer of custom polyurethane wheels—as a partner to jointly pursue a breakthrough solution.

A major e-commerce warehousing and logistics center processes over 30,000 orders daily, equipped with more than 50 electric forklifts and AGV devices. Operations span three key scenarios: epoxy flooring storage areas, cold chain warehouses, and heavy-duty shelving zones. Previously plagued by persistent forklift wheel failures, the facility faced dual pressures on production efficiency and operational costs. Ultimately, our customized polyurethane wheel solution delivered comprehensive quality improvements and efficiency gains.

In the era of smart manufacturing, AGVs have evolved from simple transport vehicles into “intelligent mobile terminals” within production systems. This case demonstrates that deep optimization of the wheel system can generate significant chain-reaction benefits—from equipment reliability to system efficiency and ultimately production profitability.

This case study demonstrates that under extreme underground coal mining conditions, deeply customized polyurethane wheel solutions can effectively address multiple challenges including heavy loads, corrosion, and safety. This not only enhances the operational reliability of monorail hoist systems but also lays a solid foundation for the intelligent upgrade of coal mine auxiliary transportation systems.

The production line logistics system in the Industry 4.0 era is evolving from “functional satisfaction” to “performance optimization”. This case proves that the performance optimization of the walking wheel, as a basic component of logistics equipment, can generate systematic benefits far beyond expectations. Through scientific material selection and engineering design, polyurethane wheels can become the “invisible driving force” for improving the quality and efficiency of smart factories.

The shield tunneling method is developing towards longer distances, larger diameters, and more complex geological conditions, which puts higher demands on the reliability of the supporting systems. This case proves that under extreme heavy load and harsh environmental conditions, the deeply customized polyurethane wheel solution can fundamentally improve the performance of key moving parts and provide solid guarantees for the stable operation of large heavy-duty equipment.

In the pursuit of efficiency and reliability in automated logistics systems, deep exploration and customized innovation of basic component performance are key to unleashing the potential of the system. We are committed to becoming a strategic partner for high-end logistics equipment manufacturers and operators, providing solid guarantees for the “last millimeter” accuracy and “over 10000 hours” lifespan of automation systems with advanced material technology and profound scene understanding.

From traditional manufacturing to intelligent logistics, the role of forklifts is constantly evolving, and the requirements for their walking systems are becoming increasingly refined. We firmly believe that through continuous material innovation and scenario based design, polyurethane wheels will become an important driving force in the transformation and upgrading of warehousing and logistics.

Many equipment tires are made of polyurethane material, but there are also many types of polyurethane. Different types of polyurethane materials are used in different application scenarios. There is no one polyurethane material that is necessarily good, and the polyurethane wheels you are currently using are not very good. This is all determined by her usage scenario.

