Deans Join Heavy Industry Co., Ltd. has successfully completed the first batch of its independently developed Hydraulic Lifting Feeding Mechanism for Electrolytic Aluminum PTMs. After passing rigorous Factory Acceptance Tests (FAT), these units are now shipping to the client’s project site to enhance smelting efficiency.
The “Heart” of PTM Efficiency
As a core component of the Pot Tending Machine (PTM), the feeding mechanism executes precise crust breaking and material addition. Our latest hydraulic lifting design masters the toughest smelting challenges: extreme thermal radiance, high magnetic fields, and corrosive dust.
Our batch production capability ensures high-grade reinforced steel structures with modular designs. This engineering allows for faster hoisting and field installation, which significantly reduces operational downtime for global aluminum smelters.
Advanced Hydraulic Lifting Feeding Mechanism for Extreme Environments
Reliability in an electrolysis workshop requires specialized engineering. We have upgraded our Hydraulic Lifting Feeding Mechanism with:
- Advanced Sealing Systems: Prevents alumina dust and fluoride gas erosion.
- Enhanced Insulation: Ensures hydraulic actuators remain responsive under intense magnetic interference.
- Precision Control: Provides a “Smooth, Fast, and Accurate” process to maintain electrolytic cell balance.
Global Quality and Technical Support
Every unit underwent simulated load testing to meet international safety standards before dispatch. This delivery reinforces Deans Join’s position as a premier partner in the global heavy industry and smelting equipment market.
Our technical team provides on-site installation guidance to ensure seamless integration into existing PTM systems. For more information on our crane solutions, visit our [Product Center] .
About Deans Join Heavy Industry Co., Ltd.
Based in Changyuan, Deans Join Heavy Industry is a leading provider of specialized heavy industry equipment. We focus on the R&D of PTM core components and customized crane solutions for the most demanding industrial applications worldwide. Our commitment to technical rigor ensures that every hydraulic lifting feeding mechanism we manufacture provides long-term reliability for global smelting operations, supporting B2B excellence since 2019.
