Pressures above 20,000 psi. Temperatures up to 570 °F. Corrosive fluids such as H₂S and CO₂.
In the Oil & Gas industry, every component faces extreme operating conditions. The difference between uptime and costly shutdowns depends on material reliability.

Why go beyond metals in Oil & Gas

High-performance alloys have long dominated the sector. But challenges like corrosion, H₂S-induced cracking, and complex supply chains are driving the need for advanced non-metallic alternatives.
High-performance polymers, combined with industrial 3D printing, deliver proven advantages: lightweight design, chemical and thermal resistance, and reliability in HPHT (High Pressure High Temperature) environments.

High-performance polymers: real-world applications and benefits

Materials such as PEEK, Carbon PEEK, and Carbon PA PRO show that engineered super polymers manufactured with additive technology are already a proven solution for critical components.

With Roboze super polymers you can:

• Reduce the risk of corrosion in H₂S and CO₂ environments

• Improve the strength-to-weight ratio, cutting installation and handling costs

• Extend component lifetime, reducing unplanned maintenance and downtime

• Leverage 3D printing design freedom, optimizing geometries and minimizing stress concentrations

Technical White Paper: your guide to material selection without compromise

Download our technical white paper on high-performance polymers for Oil & Gas to explore:

• Chemical and mechanical properties of PEEK, Carbon PEEK, and Carbon PA PRO

• Key standards (ISO, NORSOK, API) for non-metallic material qualification

• Engineering guidelines for 3D printing orientation, testing, and validation

• A comparative overview to help you select the right polymer for extreme Oil & Gas applications

Download the White Paper

Access data, compatibility charts, and engineering insights to select the most suitable polymer for your Oil & Gas project today.