en.Wedoany.com Reported - As the 618 shopping festival kicks off, the daily peak volume of express parcels approaches 500 million, putting sorting and conveying systems under the test of high-intensity, uninterrupted operation. Yongli Belting has proposed a complete technical solution ranging from elastic conveyor belts to energy-saving belts paired with electric rollers, addressing the stability and energy consumption issues of logistics equipment.
In logistics sorting lines, traditional PVC multi-layer bonded conveyor belts are prone to misalignment or delamination risks. Yongli's elastic conveyor belt adopts pure PU extrusion molding technology, achieving a fabric-free, pure rubber, homogeneous structure that physically eliminates the possibility of delamination and fabric exposure, resulting in maintenance-free operation. This belt utilizes the uniform elasticity of the material itself to automatically correct misalignment, reducing manual intervention. It can fit electric rollers with a minimum diameter of 50mm, making equipment more compact and reducing operating noise. The fully elastic structure reduces bending resistance to nearly zero, lowering system energy consumption by 10% to 15%. This product is mainly suitable for sections in logistics systems with high requirements for flexibility, low noise, and maintenance-free operation, such as merging, diverting, short-distance, or start-stop conveying areas.
The pairing solution of Yongli's ES energy-saving conveyor belt with its Kotec electric rollers focuses on addressing energy consumption and operational costs in logistics centers. The ES energy-saving belt creates a permanent smooth layer by adding special lubricating materials to the bottom fabric, reducing the friction coefficient between the belt and the slider bed by approximately 50%, while maintaining stability even after prolonged use. In an 8-hour energy consumption test, this product can reduce energy consumption by 50%, allowing conveyors to use smaller motor power for the same length or achieve longer conveying distances with the same drive power. Replacing with the ES energy-saving belt alone does not require changing other components of the equipment.
Practical case studies show that at a leading e-commerce company's beverage line in Guangzhou, with a peak load exceeding 2 tons, the original equipment experienced belt slippage and inability to drive during start-stop actions and severe package accumulation. After replacing with Kotec 165/217 permanent magnet synchronous series rollers paired with Yongli ES or elastic belts, stable operation was achieved for two months, resolving issues of idle slippage and heavy-load start-stop conditions. At a leading e-commerce company's 15-meter-long line in Qingdao, the original configuration used a 3kW asynchronous motor, resulting in high energy consumption. After replacing with Kotec 3kW permanent magnet synchronous series rollers paired with ES energy-saving belts, a 36-day energy consumption comparison test was conducted, maintaining consistent start-stop times during the test period, saving 178.88 kWh of electricity, with an energy efficiency rate of 39.46%.
This article is compiled by Wedoany. All AI citations must indicate the source as "Wedoany". If there is any infringement or other issues, please notify us promptly, and we will modify or delete it accordingly. Email: news@wedoany.com
