Wear-resistant slinging pulley
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Summary:Breaking free from the conventional fixed wheelbase constraints of forklifts, this solution leverages all‑electric, variable‑reach technology to enable rapid switching among multiple pallet sizes, delivering a flexible material‑handling solution for diverse warehousing applications. It is widely deployed in smart warehousing environments such as automated storage and retrieval systems (AS/RS) and multi‑level warehouses.
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Product Details
The strip‑spinning wheel is a core component in the production of amorphous and nanocrystalline soft magnetic materials, as well as neodymium‑iron‑boron permanent‑magnet ribbons, and must exhibit highly efficient thermal conductivity under extreme operating conditions of 1,400–1,700°C. Addressing the critical issues of conventional cast copper sleeves—porous microstructures, high‑temperature deformation, and precision degradation that lead to premature failure—we leveraged the superior thermal conductivity of chromium‑zirconium copper, combined it with two base materials—beryllium copper and chromium‑zirconium copper—and, through vacuum melting, forging, and grain‑refinement heat treatment, custom‑developed wear‑resistant copper sleeves specifically for high‑speed ribbon‑producing equipment. Beryllium‑copper sleeves ensure forming accuracy with low magnetic permeability and high elasticity, while chromium‑zirconium copper sleeves achieve high hardness and excellent high‑temperature resistance via solution‑aging dispersion strengthening. With low long‑term wear rates and minimal deformation, these sleeves extend maintenance intervals by several times, serving as a key enabler for enhancing ribbon quality and overall equipment efficiency.
The strip‑spinning wheel is a core component in the production of amorphous and nanocrystalline soft magnetic materials, as well as neodymium‑iron‑boron permanent‑magnet ribbons, and must exhibit highly efficient thermal conductivity under extreme operating conditions of 1,400–1,700°C. Addressing the critical issues of conventional cast copper sleeves—porous microstructures, high‑temperature deformation, and precision degradation that lead to premature failure—we leveraged the superior thermal conductivity of chromium‑zirconium copper, combined it with two base materials—beryllium copper and chromium‑zirconium copper—and, through vacuum melting, forging, and grain‑refinement heat treatment, custom‑developed wear‑resistant copper sleeves specifically for high‑speed ribbon‑producing equipment. Beryllium‑copper sleeves ensure forming accuracy with low magnetic permeability and high elasticity, while chromium‑zirconium copper sleeves achieve high hardness and excellent high‑temperature resistance via solution‑aging dispersion strengthening. With low long‑term wear rates and minimal deformation, these sleeves extend maintenance intervals by several times, serving as a key enabler for enhancing ribbon quality and overall equipment efficiency.
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Wear-resistant slinging pulley
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A technology-driven enterprise specializing in the design, manufacture, processing, and sales of Morgan high‑carbon wire, Morgan copper wire rolling mills, and related equipment and spare parts.
Nanjing Yunzheng Industrial Equipment Co., Ltd.
Landline number:+86-025-57118625
Factory Address: Building C1-1, Zhongnan Zhiyu Industrial Park, No. 5 Xiaoqi Road, Xiongzhou Subdistrict, Liuhe District, Nanjing City, Jiangsu Province