English
Zhonglun New Materials Co., Ltd., the world's largest BOPA (biaxially oriented polyamide film) supplier, has made a new move. Si (hereinafter referred to as "Zhonglun New Materials") has a new move.
The Zhonglun New Material New Energy Membrane Material Project is located in Haicang, and the first phase of the project has entered the equipment debugging stage. (Image provided/Zhonglun New Materials)
On August 11th, at the construction site of Zhonglun New Materials New Energy Membrane Material Project located in Haicang, the first phase of the main factory building civil engineering has been successfully completed, and the project has entered the equipment debugging stage. The project leader introduced that currently, the technical team is focusing on local equipment debugging and making the final sprint for the production of the new energy film production line.
Stepping into the nearly 100 meter long world-class new energy film production line in the high cleanliness and dust-free workshop that is currently undergoing debugging, one is greeted.
From the silo equipment in the feeding area, to the melt extrusion machine, to the precision chain clamps densely distributed in the stretching area, to the winding and slitting devices, highly automated production equipment has been installed throughout the entire process. It is expected that this technologically advanced production line will be put into operation in October this year for the production of ultra-thin capacitor films. This is an important measure for Zhonglun New Materials to enrich its high-precision product matrix and enhance its market competitiveness.
It is reported that ultra-thin capacitor films have become key materials for new energy industries such as new energy vehicles, photovoltaics, wind power generation, as well as home appliances and power grids, due to their excellent high temperature resistance, voltage resistance, low dielectric loss, and strong self-healing properties. At present, there are few enterprises at home and abroad that can produce ultra-thin capacitor films on a large scale, and the market is in short supply.
Rendering of Zhonglun New Material New Energy Membrane Material Project.
In fact, the large-scale production of ultra-thin capacitor films is just one part of Zhonglun New Materials' investment of 2.5 billion yuan to build a new energy film material base.
The Zhonglun New Materials New Energy Membrane Material Project covers an area of approximately 134400 square meters and includes the construction of a science and technology innovation building and several of the world's most advanced new energy membrane material production lines. The relevant person in charge of Zhonglun New Materials introduced that another composite current collector based membrane, which belongs to high-precision and cutting-edge new energy materials, is also rapidly advancing.
The technology of composite current collector based membrane is more difficult, and no enterprise in the world has achieved mass production yet. But as the core material of composite current collectors, it can endow batteries with advantages such as high energy density, high safety, and low cost, and has broad prospects in fields such as power batteries, energy storage batteries, and consumer batteries.
The layout of the world's most advanced new energy film materials demonstrates Zhonglun New Materials' forward-looking product development and technological reserves. Zhonglun New Materials has consistently held the top position in the field of functional film BOPA for many years, with products occupying over 20% of the global market share. It not only pioneered the fifth generation low-carbon biaxial stretching technology of membrane material technology, but also is one of the few companies in the world that simultaneously masters the step-by-step stretching, mechanical synchronous stretching, and magnetic levitation linear motor synchronous stretching processes. In April of this year, Zhonglun New Materials successfully developed the industry's first solid-state battery specific BOPA, filling the technological gap in the industry and marking China's once again leading position in the field of new energy core materials.
