Segment Engineering
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Proprietary innovation & materials science

Segment Engineering technology

Pioneering non-metallic valve composites, ultra-high restoring-force geometries, and digital closed-loop manufacturing for next-generation oil & gas operations.

Breakthrough patented technology

Poloval™ HTHP non-metallic composite valve

Conventional float equipment suffers from valve erosion, elastomer failure under extreme bottom-hole temperatures, and long PDC drillout times. Segment's Poloval™ check valve uses an advanced non-metallic polymer matrix rated up to 10,000 PSI and 450°F (232°C).

PRESSURE RATING10,000 PSI
MAX TEMP450°F (232°C)
PDC DRILLOUT< 15 mins
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Poloval composite valve

Robotic cold-forming

Automated induction bending produces seamless centralizer bows without micro-fracturing or localized stress concentrations, guaranteeing uniform restoring force.

Continuous induction quench & temper

Continuous heat-treatment furnaces optimize metallurgical grain structure, achieving high tensile yield strength and long flex-life memory downhole.

Full-scale flow-loop testing

Closed-loop flow stations circulate sand and drilling fluid at elevated pressure to confirm valve-seat seal integrity, erosion resistance, and auto-fill efficiency.

Materials & engineering focus

Where our R&D goes

Non-metallic composites

Corrosion- and erosion-resistant polymer matrices for check valves and drillable internals in harsh, sour, and high-temperature environments.

Restoring-force geometry

Optimized bow profiles and blade geometries that hold high standoff while keeping running and starting forces near zero.

Digital dimensional control

Laser and vision measurement at every production stage, with serialized records for full traceability from raw material to shipped tool.