Summary
- PPG has developed IDNMAA for applying battery fire protection coatings
- The coatings are adaptable to any battery pack design
- IDNMAA merges airless and flat stream methods for efficiency
- IDNMAA reduces or eliminates the need for masking, increasing operational efficiency
- The new method increases efficiency, minimizes waste, and reduces costs
Article
PPG, a US-based paint and specialty materials manufacturer, has developed a new method for applying battery fire protection coatings called Intelligent Dynamic Non-Masking Airless Application (IDNMAA). This new technology is highly adaptable, allowing it to accommodate various battery pack designs, which is crucial as battery packs become increasingly complex.
The IDNMAA technology combines the benefits of airless and flat stream application methods. Traditional airless methods are effective but require time-consuming masking and unmasking. On the other hand, flat stream methods offer precision without the need for masking but can result in longer cycle times, high film thickness in overlapping areas, and surface finish imperfections. IDNMAA aims to provide both precision and efficiency, enabling rapid application and a smooth finish while reducing or eliminating the need for masking. This helps improve operational efficiency, decrease waste, and reduce costs associated with labor and material usage.
One of the key advantages of IDNMAA technology is its ability to adapt to any battery pack design, making it a versatile solution for various applications. By integrating the benefits of airless and flat stream methods, IDNMAA offers a more efficient and cost-effective approach to applying battery fire protection coatings. This innovation is crucial as the demand for battery-powered devices continues to rise, driving the need for reliable and efficient fire protection measures.
By eliminating the need for time-consuming masking and unmasking, IDNMAA technology streamlines the application process, saving time and reducing labor costs. Additionally, the precision and efficiency of this method lead to a smoother finish with reduced material waste. This not only improves the overall quality of the coating application but also enhances operational efficiency and reduces costs associated with material and labor.
PPG’s development of IDNMAA technology demonstrates the company’s commitment to innovation and sustainability in the manufacturing industry. By creating a more efficient and adaptable method for applying battery fire protection coatings, PPG is helping to meet the evolving needs of the market while reducing waste and costs. This technological advancement represents a significant step towards enhancing the safety and efficiency of battery pack designs in various industries.
Overall, PPG’s Intelligent Dynamic Non-Masking Airless Application technology represents a significant advancement in the field of battery fire protection coatings. By combining the benefits of airless and flat stream application methods, IDNMAA offers a versatile, efficient, and cost-effective solution for applying coatings to various battery pack designs. This innovation not only improves operational efficiency and reduces waste but also demonstrates PPG’s commitment to driving sustainable advancements in the manufacturing industry.
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