Jotun’s Oman manufacturing launches fire-safe innovation

  • Jotun unveils Jotachar 1709XT, a next-generation passive fire protection coating
  • The product is designed and manufactured in Oman to support rapid, reliable fire protection for regional infrastructure
  • Jotachar 1709XT aims to boost safety, extend asset lifespan, and support the sustainability agendas of Middle East energy sectors

Jotun has launched its latest fire protection innovation, Jotachar 1709XT, at ADIPEC 2025, reinforcing its long-standing commitment to steel integrity and safety for critical infrastructure across the Middle East. Developed through a rigorous multi-year global R&D programme and manufactured in Oman, the new passive fire protection coating is engineered to support energy operators with proven, regionally tailored durability and performance.​

Jotachar 1709XT’s patent-pending technology is designed to maintain steel structure integrity in severe fire scenarios, offering certified protection to UL 1709 standards for hydrocarbon fires and explosions. By extending the lifespan of vital assets, the coating helps operators achieve dual aims: enhancing operational safety and contributing to sustainability agendas like the UAE’s Net Zero by 2050 and Saudi Arabia’s Net Zero by 2060 by reducing lifecycle emissions and maintenance demands.​

Manufacturing the Jotachar range in Oman enables Jotun to significantly boost supply agility for Gulf and Middle East projects, with a production capacity of 2.4 million litres annually. This strategic localisation allows for faster product delivery, better technical support and tailored solutions for the unique demands of regional energy sectors. As a result, energy, fire safety and infrastructure projects can now benefit from shortened lead times and more efficient supply chains, supporting both safety and sustainability priorities for Middle East stakeholders.

This story was enhanced with AI, with the oversight of a human editor.

Tags:
No Comments

Sorry, the comment form is closed at this time.

1