In demanding industrial environments such as chemical, petrochemical, water treatment or process manufacturing, Corrosion in piping systems is one of the main operational and maintenance challengesThe use of traditional, unprotected pipes can lead to leaks, premature failures, and high operating costs.
Therefore, in YES THAT we offer steel pipes internally coated with advanced materialsa whirlpool bath, An innovative and durable solution that transforms the way corrosive and critical fluids are transported in industrial processes.
What are SIESA coated pipes?
The SIESA® coated pipes They are systems manufactured with High-quality carbon steel with specialized inner coatingUsing fluoropolymers and thermoplastics , the PTFE, PFA, PVDF, ETFE and PPLThese materials offer superior chemical resistance and corrosion protection that outperforms traditional uncoated pipes.
Key benefits of coated pipes
Greater resistance to corrosion and extreme chemicals
The specialized interior lining acts as a protective barrier that prevents degradation by aggressive substancesregardless of concentration or temperature (up to 250 °C). This extends the system's lifespan and reduces unexpected failures.
Significant reduction in maintenance costs
By eliminating internal corrosion and leaks, these pipes They require fewer maintenance interventions and fewer replacements during their useful life., which reduces operating costs and downtime.
Long-lasting durability guaranteed
With a Lifespan of up to 30 yearsThese coated pipes represent a smart investment for long-term industrial projects, compared to traditional solutions that can fail prematurely.
Operational safety and environmental protection
The design of SIESA® coated pipe systems avoid internal weldingThis reduces potential points of failure and eliminates leaks. It protects personnel, equipment, and the environmentpreventing spills or contamination.
Superior cost-benefit ratio
Thanks to their innovative design and the materials used, these pipes offer a highly competitive cost-benefit ratio compared to traditional alternativeskey factors in engineering and industrial purchasing decisions.
