Macro photograph of a V94.2 turbine blade root, cool blue industrial lighting reflecting off pristine metallic surfaces, sharp focus on machined tolerances, dark workshop background.
Macro photograph of a V94.2 turbine blade root, cool blue industrial lighting reflecting off pristine metallic surfaces, sharp focus on machined tolerances, dark workshop background.
Request Outage Support
Explore Parts
+ POL WEST ENGINEERING

V94.2 Component Preparation

We deliver micron-precision restoration and non-destructive testing for hot-gas-path components. Minimize plant outage downtime with certified turbine blades, vanes, and rotor parts prepared to strict mechanical tolerances.

TECHNICAL SPECS

Precision Engineering Capabilities

Our facility is equipped with specialized V94.2 tooling to execute complex refurbishment workflows. We restore metallurgical integrity and extend the operational lifecycle of critical hot-gas-path assets.

01 / SURFACE
02 / MECHANICS
03 / METALLURGY

TBC Preparation

Rotor De-Stacking

NDT Verification

Complete rotor disassembly, alignment, and component balancing. Every stage is executed on specialized rigs to maintain strict concentricity and minimize vibration during high-velocity operations.

Precise thermal barrier coating removal and surface restoration. We prepare component substrates to exact roughness profiles, ensuring optimal bonding for subsequent protective coatings.

Rigorous non-destructive testing and dye penetrant inspection. We verify structural integrity before and after preparation, providing full certification for every hot-gas-path component.

Wide-angle shot of a clean industrial workshop floor, a massive turbine rotor positioned on a balancing rig, cool daylight mixing with warm overhead sodium lamps, high-contrast metallic details.
Wide-angle shot of a clean industrial workshop floor, a massive turbine rotor positioned on a balancing rig, cool daylight mixing with warm overhead sodium lamps, high-contrast metallic details.
View Technical Specs
THE WORKFLOW

The Preparation Workflow

Every V94.2 component undergoes a structured, documented preparation sequence to guarantee mechanical reliability and alignment with your critical outage path.

STEP 02

Precision Surface Restoration

Utilizing V94.2-specific tooling, we strip degraded coatings and restore the underlying alloy substrate to its original design profile.

STEP 03

Final Certification

A secondary round of metallurgical verification and dimensional inspection guarantees that every component meets OEM-level tolerances before dispatch.