A Solid Step Towards Intelligent Logistics
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Update time : 2026-04-08 11:47:49
As the "legs" of logistics robots, the performance of the polyurethane rubber-coated wheels used in logistics robots greatly affects the efficiency, positioning accuracy, service life, continuous usage time and other performance of logistics robots. The new polyurethane rubber-coated wheel specially developed by the R&D department of Yalide Polyurethane for logistics robots perfectly balances the characteristics of load-bearing, wear resistance, shock absorption, anti-slip and environmental adaptability, providing core support for intelligent logistics to move from "usable" to "user-friendly, durable and efficient".
The application scenarios of logistics robots usually require 24-hour continuous operation, frequent start and stop, heavy load impact, environmental noise control, precise positioning, etc. Especially the use of narrow aisle logistics robots puts forward higher requirements for polyurethane rubber-coated wheels. For this special application scenario, the R&D team of Yalide Company, after a year of scientific research and technological breakthroughs, has developed a polyurethane rubber-coated wheel with excellent wear resistance, fatigue resistance and lower rolling resistance. This polyurethane rubber-coated wheel features a compact size, higher dynamic loads, lower resistance, excellent noise reduction, extremely higher wear resistance, lower rolling resistance, anti-slip properties, and outstanding dynamic thermal performance. It can not deliver you harassing noises at the workspace, because it are sound absorbing. Its friction coefficient on dry and wet slippery ground reaches above 0.8, which can effectively meet the requirements of rapid start and stop as well as precise positioning of logistics robots. Its higher wear resistance ensures that the logistics robot will not experience powder shedding or better prevention to floor damage and streaking during operation. Its excellent dynamic thermal performance ensures that it will not melt even during long-term continuous use. Especially for narrow-aisle logistics robots, their higher dynamic loads enables the size of polyurethane rubber-coated wheels to meet the load requirements of logistics robots without being too large.
The R&D team of Yalide Company has always adhered to the concept of "hoping to help customers start from their actual needs, choose different technologies for complementarity, and thereby create greater value". It has always held the attitude that cooperation is more important than competition, and is committed to providing customers with high cost-performance, high flexibility and high reliability products and solutions with more flexible and universal technologies and products.
The application scenarios of logistics robots usually require 24-hour continuous operation, frequent start and stop, heavy load impact, environmental noise control, precise positioning, etc. Especially the use of narrow aisle logistics robots puts forward higher requirements for polyurethane rubber-coated wheels. For this special application scenario, the R&D team of Yalide Company, after a year of scientific research and technological breakthroughs, has developed a polyurethane rubber-coated wheel with excellent wear resistance, fatigue resistance and lower rolling resistance. This polyurethane rubber-coated wheel features a compact size, higher dynamic loads, lower resistance, excellent noise reduction, extremely higher wear resistance, lower rolling resistance, anti-slip properties, and outstanding dynamic thermal performance. It can not deliver you harassing noises at the workspace, because it are sound absorbing. Its friction coefficient on dry and wet slippery ground reaches above 0.8, which can effectively meet the requirements of rapid start and stop as well as precise positioning of logistics robots. Its higher wear resistance ensures that the logistics robot will not experience powder shedding or better prevention to floor damage and streaking during operation. Its excellent dynamic thermal performance ensures that it will not melt even during long-term continuous use. Especially for narrow-aisle logistics robots, their higher dynamic loads enables the size of polyurethane rubber-coated wheels to meet the load requirements of logistics robots without being too large.
The R&D team of Yalide Company has always adhered to the concept of "hoping to help customers start from their actual needs, choose different technologies for complementarity, and thereby create greater value". It has always held the attitude that cooperation is more important than competition, and is committed to providing customers with high cost-performance, high flexibility and high reliability products and solutions with more flexible and universal technologies and products.