Mission XP40® is engineered to deliver exceptional corrosion resistance and colour protection across the entire building envelope. Specifically developed for severe external building applications, this coating is designed to meet the highest standards of aesthetic quality while offering superior UV resistance, corrosion resistance and adhesion durability.
After years of innovation and dedicated effort, Mission XP40® represents our commitment to creating durable and sustainable building materials. By extending the lifespan of roof and wall systems, the coating significantly reduces the need for replacements, thereby minimising waste and environmental impact.
To demonstrate our confidence in the quality and performance of Mission XP40®, we’ve incorporated our Steon® emboss as a hallmark of excellence. This embossment is not just a physical marker – it’s our seal of approval, signifying that it is a product we proudly stand behind.
Mission XP40R® has been created to offer ultimate corrosion resistance and colour protection for the entire building envelope. It has taken years of innovation, thousands of hours of work and a drive to reduce the waste created by replacing roof and wall systems that are not built to last.
By utilising Electric Arc Furnace technology during the manufacture of the substrate, Mission XP40R® can significantly reduce the embodied carbon within the building envelope without effecting the performance of the external coating.
With our latest SteonR® emboss, Mission XP40R® is controlled through the life of the project. The updated embossment acts a physical differentiator offering proof that XP40R® is manufactured from low embodied carbon from the outset.
Arcelor Mittal Granite HDX offers enhanced performance in aggressive environments. Granite HDX is an ideal option where outstanding resistance to corrosion and colour stability are required.
GreenCoat® Pural BT offers high durability for the entire building envelope application. It features excellent UV and corrosion resistance, ensuring long-term performance and reliability, even in extreme weather.
The coating utilises a patented bio-based coating with Swedish rapeseed oil, highlighting its commitment to sustainability by reducing fossil fuel use. SSAB’s Bio-based Technology (BT) reflects an emphasis on environmentally responsible practices.
GreenCoat® Pural BT is available in a smooth satin finish, providing a sleek and durable surface that maintains its appearance over time. Its robust construction ensures lasting visual appeal and performance.
GreenCoat® Pural BT Zero offers robust durability for building envelope solutions. It provides UV and corrosion resistance, ensuring reliable performance in various weather conditions.
This finish uses a bio-based finish and SSAB Zero® steel with Electric Arc Furnace technology powered by renewable energy, reducing embodied carbon while maintaining coating performance.
GreenCoat® Pural BT Zero is available in a smooth satin finish, combining durability with a refined appearance. Its design ensures lasting visual appeal and performance.
Established colours such as the ever reliable Goosewing Grey and other primary colours are the foundation of our industry. These mainstream industry colours on occasion give way to the bold, evolved colour range.
COLOUR CHARTWe do not engage in the balancing allocation of emission reduction or emission offsetting activities as a solution to achieve Net Zero, we believe this needs to be tackled from the outset. Outset not Offset. The use of Electric Arc Furnace (EAF) technology in the manufacture of steel utilises scrap steel combined with heat generated from an electric arc between electrodes. This method of manufacturing steel can remove up to 99.9% of the carbon emissions typically generated during production, turning waste material into new material. In essence, it is Steel Reborn®.
Our Steel Reborn® product range is the cornerstone of the Protex® Voyage System.
The Voyage System offers an EAF based alternative for the internal and external profiled sheets which can significantly reduce the embodied carbon within a project.
