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BUSINESS
OVERVIEW

Combustor Component Manufacturing Technology

Combustor Component Manufacturing Technology

Overview of Combustor Component Manufacturing Technology

· Forming Process : Equipped with a variety of forming technologies and machinery, including spinning, pressing, rolling,
and bending Capable of executing forming processes for components of diverse shapes and sizes

· Welding : Equipped with extensive Super Alloy welding and joining technologies, our process preserves the mechanical properties of heat-resistant alloys post-fabrication,
thereby enabling the production of high-temperature gas turbine combustor components composed entirely of Super Alloys.

· Heat Treatment : With advanced large-scale electric heat treatment furnaces and vacuum heat treatment furnaces,
we possess expertise in heat treatment technologies for various materials, including Super Alloys.
These processes are employed to relieve stresses induced during forming and welding operations while enhancing the material's intrinsic properties

Technical Highlights of Our Combustor Hot Section Components

  • 01

    Fast, Precise, and Reliable Production

  • 02

    Internal Thermal Barrier Coating (TBC) Applied for Enhanced Heat Resistance

  • 03

    Equipped with Various Advanced Cooling Technologies

  • 04

    Use of Super Alloy

Equipment & Capabilities

Forming

Cutting

Welding

Heat Treatment

Bead Forming

Forming Press

Oxgen Cutting

Wire Cutting

Ar welding machine

Auto welding machine

CO2 welding machine

Heat Treatment Furnace

Heat Treatment Furnace