Steel the Spotlight: How Addibond™ Polymers Are Reinventing Metal Treatment
In the vast and intricate world of materials, talking about Carbon Steel is akin to discussing the very fabric of our modern existence. As the most consumed metal globally, carbon steel accounts for more than 70% of metal consumption by volume, surpassing both Zn Coated Steel and Aluminum. This predominance is particularly evident in the construction and automotive sectors, which together absorb over 60% of steel production (source: Steel On The Net). These industries' reliance on carbon steel underscores its critical role in shaping our built environment and facilitating mobility.
However, the landscape of metal usage and treatment is undergoing significant transformation, driven by evolving market trends and environmental considerations. The shift towards recycled metals and the advent of "green steel" — steel produced with lower greenhouse gas emissions — reflect a growing commitment to sustainability. Additionally, sectors such as automotive, transportation, and home appliances are not only expanding but also increasingly adopting various plating alloys (Zn Al Mg) to enhance corrosion resistance. These developments signal a broader move towards more sustainable and efficient practices in metal treatment, setting the stage for innovative solutions like the Addibond™ range of polymers.
Addibond™ polymers: A Game-Changer in Metal Surface Treatment
In the midst of these changes, Addibond™ polymers have emerged as a solution developed by Syensqo. This special polymer has been designed for the pre-treatment of metal surfaces, offering a multifunctional approach that significantly improves paint adhesion and corrosion resistance. What makes the Addibond™ range of polymers particularly attractive is its ability to act as a bridge between the metal substrate and the coating layer, ensuring a stronger, longer-lasting bond.
Addibond™ polymers: A Superior Alternative to Silane
When comparing Addibond™ 800 to traditional silane treatments, Addibond™ 800’s superior stability and performance become evident. Silane treatments, while effective in improving adhesion and corrosion resistance, require precise pH control to avoid self-condensation and the formation of insoluble gel-like particles. Addibond™ 800, however, offers a robust and stable structure that eliminates the risk of hydrolysis and self-condensation, ensuring consistent and reliable reactions with the metal surface.
The Chemistry Behind Addibond™ Range Of Polymers
The effectiveness of Addibond™ polymers lies in its unique composition, featuring at least two functional groups that interact with both the inorganic substrate and the coating layer. This dual functionality boosts the performances of new generations of treatments and enhances the durability of the coating adhesion and provides superior protection against corrosion. These advances are significant for extending the useful life of metals, especially in sectors that demand longevity and reliability.
Aligning with Market Trends and Environmental Goals
The introduction of Addibond™ polymers is timely, in line with the market's shift towards a more sustainable industry. Addibond™ 800 is not only a solution that enhances new generations of non toxic treatments to match and surpass the performance of traditional less environmental friendly technologies, its efficiency at low temperature and with reduced water consumption makes it the ideal additive for a lower environmental footprint.
One of the outstanding features of Addibond™ 800 is its versatility on various types of metal. Demonstrating promising results on a variety of metals, including carbon steel, aluminum and galvanized steel, Addibond™ 800 offers a comprehensive treatment solution that can be applied to different substrates. This versatility simplifies the treatment process for industries that use several types of metal, allowing for a more streamlined and efficient manufacturing workflow.
Setting New Standards in Metal Treatment
The development of Addibond™ range of polymers represents a significant milestone in the field of metal surface treatment by meeting the industry's growing needs in terms of sustainability, efficiency and versatility. As the industry continues to adopt sustainable, high-performance solutions, the adoption of Addibond™ polymers is expected to grow, heralding a new era in metal treatment technology.
In conclusion, the Addibond™ range of polymers from Syensqo represents a fundamental response to the changing dynamics of the metal treatment sector. Its innovative approach to improving adhesion and corrosion resistance, along with its environmental benefits, positions these additives as a transformative solution ready to redefine industry standards. As we move towards more sustainable and efficient metal treatment methods, Addibond™ polymers are a testament to the potential of innovation to meet the demands of the modern world.
