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STEINHAGEN, Germany, April 30, 2025 /PRNewswire/ -- Plasmatreat's Openair-Plasma is used to specifically clean, activate or coat the surfaces of battery cells and housings. This creates perfect adhesion conditions for adhesives, paints, coatings and sealants - without the use of environmentally harmful solvents. The inline treatment, which takes only a few seconds, increases the quality, safety and efficiency of battery production and supports the development of sustainable mobility and energy storage solutions.
Plasmatreat GmbH of Germany develops systems for non-contact surface treatment using Openair-Plasma. This is a high-energy plasma beam that selectively cleans, activates or coats materials. In battery production, the technology ensures that components can be perfectly joined, painted or coated, and that adhesives, seals or insulating materials adhere to surfaces - without the use of solvents.
PlasmaPlus is a particularly innovative process. The plasma is enriched with special substances that form an ultra-thin protective layer when applied. These layers protect sensitive battery materials from corrosion, improve electrical insulation or serve as an environmentally friendly bonding agent. In cell production, when applying insulation, in module construction or when sealing battery housings, plasma technology offers advantages in terms of quality, efficiency and costs.
Further plus points: The treatment takes place directly in the production line - in a matter of seconds, precisely and automatically. This means that even large quantities can be processed efficiently. Plasma replaces time-consuming mechanical or chemical pre-treatment, reduces the consumption of resources and cuts down on waste, as all components are pre-treated evenly. Even particularly sensitive materials such as thin films can be treated gently and without damage.
"Our technology makes an important contribution to the quality and safety of battery systems," explains Lukas Buske, Managing Director at Plasmatreat. "Without perfect adhesion, there is no reliable battery – Openair-Plasma and PlasmaPlus make an important contribution to efficiency and quality in battery production, in seconds and without any chemicals."
Plasmatreat works with leading battery manufacturers and system builders worldwide - always with the aim of creating innovative solutions for a sustainable future.
What is Openair-Plasma?
Plasma is also known as the fourth state of matter, alongside solid, liquid and gas. When additional energy is added to a gas, it becomes ionized and enters the energetic plasma state. Whether plastic, metal, glass or paper, plasma technology is used to change the properties of the surface according to the requirements of the process.
Media contact
Plasmatreat GmbH:
Ms. Corinna Hokamp
pr@plasmatreat.com
STEINHAGEN, Germany, April 30, 2025 /PRNewswire/ -- Plasmatreat's Openair-Plasma is used to specifically clean, activate or coat the surfaces of battery cells and housings. This creates perfect adhesion conditions for adhesives, paints, coatings and sealants - without the use of environmentally harmful solvents. The inline treatment, which takes only a few seconds, increases the quality, safety and efficiency of battery production and supports the development of sustainable mobility and energy storage solutions.
Plasmatreat GmbH of Germany develops systems for non-contact surface treatment using Openair-Plasma. This is a high-energy plasma beam that selectively cleans, activates or coats materials. In battery production, the technology ensures that components can be perfectly joined, painted or coated, and that adhesives, seals or insulating materials adhere to surfaces - without the use of solvents.
PlasmaPlus is a particularly innovative process. The plasma is enriched with special substances that form an ultra-thin protective layer when applied. These layers protect sensitive battery materials from corrosion, improve electrical insulation or serve as an environmentally friendly bonding agent. In cell production, when applying insulation, in module construction or when sealing battery housings, plasma technology offers advantages in terms of quality, efficiency and costs.
Further plus points: The treatment takes place directly in the production line - in a matter of seconds, precisely and automatically. This means that even large quantities can be processed efficiently. Plasma replaces time-consuming mechanical or chemical pre-treatment, reduces the consumption of resources and cuts down on waste, as all components are pre-treated evenly. Even particularly sensitive materials such as thin films can be treated gently and without damage.
"Our technology makes an important contribution to the quality and safety of battery systems," explains Lukas Buske, Managing Director at Plasmatreat. "Without perfect adhesion, there is no reliable battery – Openair-Plasma and PlasmaPlus make an important contribution to efficiency and quality in battery production, in seconds and without any chemicals."
Plasmatreat works with leading battery manufacturers and system builders worldwide - always with the aim of creating innovative solutions for a sustainable future.
What is Openair-Plasma?
Plasma is also known as the fourth state of matter, alongside solid, liquid and gas. When additional energy is added to a gas, it becomes ionized and enters the energetic plasma state. Whether plastic, metal, glass or paper, plasma technology is used to change the properties of the surface according to the requirements of the process.
Media contact
Plasmatreat GmbH:
Ms. Corinna Hokamp
pr@plasmatreat.com
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
Plasma makes the difference in the production of high-performance batteries
Plasma makes the difference in the production of high-performance batteries
TBILISI, Georgia, Dec. 25, 2025 /PRNewswire/ -- On December 25th, Beijing time, Georgian Railway Modernization Project constructed by China Railway 23rd Bureau Group Co., Ltd., is officially put into operation. After 13 years of hard work, this major achievement of China-Georgia cooperation under the Belt and Road Initiative has injected strong impetus into the transportation upgrade and economic development of Georgia, and also demonstrated the outstanding capabilities of Chinese infrastructure enterprises in the overseas railway market.
The railway is located in central Georgia, starting from the city of Zestaponi and ending in the city of Khashuri, with a total length of 43.911 kilometers. It serves as the "main artery" for transportation between the east and west of the country. The project involves the upgrading and renovation of existing lines as well as the construction of new ones, covering multiple fields such as line design, civil engineering construction, power supply, communication systems, and station facilities. The construction was particularly challenging due to the complex geological conditions, with key tasks such as tunnel excavation, high slope embankment protection, and bridge beam installation all faced with significant obstacles. The construction team of China Railway 23rd Bureau Group Co., Ltd. adopted a "lean and efficient" management model, flexibly adjusted the construction plans, deepened cooperation with local enterprises, and relied on technological innovation to overcome a series of technical difficulties. They strictly adhered to safety standards throughout the process to ensure the smooth progress of the project.
During the construction period, the project management actively fulfilled its social responsibilities, providing employment for approximately 1,000 local workers. This not only has helped local people increase their income but also enabled them to acquire professional skills through technical training, which allows them to participate in and witness the development and changes of their hometowns.
This project is the largest railway project newly built and successfully put into operation in Georgia. As an important part of the "Trans-Caspian International Transport Corridor", the official operation of the project is of great significance for enhancing the overall transportation capacity of Georgian railways, promoting logistics transportation between China and Europe, and driving regional economic development. The average travel efficiency from Tbilisi, the capital of Georgia, to the western Black Sea port thus will increase by 37%, and the annual freight capacity will double. This will not only promote the industrial upgrading of Georgia and the development of the regions along the line but also strengthen the trade connection and cooperation with neighboring countries.
** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **
Georgian Railway Modernization Project Officially Put into Operation, Adding a New Highlight to the Belt And Road Initiative
