Lightweight, strong and corrosion-resistant composite components designed to provide greater reach, reduced system weight and long-term performance in demanding well and subsea environments.
Composite reinforcement can reduce overall system weight while maintaining the required strength and stiffness. This is particularly valuable in deep-water installations, where suspended weight and long-term material performance are important engineering considerations.
One of Spilka Composites’ most relevant oil and gas solutions is the production of continuous carbon composite rods for deep-well applications. The company states that it has manufactured carbon rods in lengths exceeding 12,500 metres.
Lightweight, high-strength carbon composite rods designed for demanding deep-well applications. Continuous lengths can support well intervention, monitoring and lifting operations where conventional cables face limitations.
Custom carbon-fibre profiles can provide lightweight reinforcement for subsea umbilicals and flexible pipes, helping reduce system weight while maintaining the strength and stiffness required for deep-water installations.
Custom composite pressure housings protect sensitive electronics, sensors and control equipment in demanding subsea environments, combining low weight with strength, corrosion resistance and design flexibility.
Composite reinforcement is particularly valuable in deep-water installations, where suspended weight and long-term material performance are important engineering considerations.
Spilka also develops composite pressure housings for equipment operating at significant water depths. One featured project involved verifying subsea pressure housings for operation at depths of up to 3,000 metres.
Get in touch with our experts to learn more about using composite materials in demanding offshore and subsea applications.
Our specialists will help you with composite solutions for your next construction project.
Certifications
We are certified according to the standards EN ISO 9001:2015 and EN ISO 14001:2015.
