To prepare an accurate quotation, we need sufficient technical and commercial information about the requested blades.

• 1) Turbine type & model (e.g. gas / steam, frame / output)
• 2) Drawing or 3D model (if available) and material specification
• 3) Quantity, delivery schedule and destination (INCOTERMS)
• 4) New manufacture vs. repair / refurbishment scope
• 5) Any special OEM, utility or site-specific requirements

Yes. In addition to new blades, JINYOUNG TBX offers repair, recoating and life-extension services for in-service components, depending on their condition and remaining life.

• 1) Blade inspection and damage assessment
• 2) Weld repair, tip restoration and profile recovery
• 3) Stripping and re-application of protective coatings
• 4) Dimensional control using CMM / airfoil measurement
• 5) Engineering recommendations for life extension and replacement

All turbine blades are produced under JINYOUNG TBX quality and OEM systems, with defined inspection points from raw material to final release.

• 1) Material certification and heat treatment records
• 2) CMM / airfoil profile, chord, twist and platform measurements
• 3) Surface finish, coating thickness and adhesion checks
• 4) Visual, dimensional and fit-up inspection (root / shroud)
• 5) Additional NDT (e.g. PT / MT) as required by customer or OEM

We work with a wide range of turbine-grade alloys and coating systems, selected according to turbine type, firing temperature and site conditions.

• 1) Nickel-based superalloys for gas turbine hot-gas-path blades
• 2) Martensitic / ferritic stainless steels for steam turbine blades
• 3) Titanium and special alloys for long LSB and weight-sensitive parts
• 4) Thermal barrier and oxidation / erosion resistant coatings
• 5) Customer / OEM-specified proprietary materials and coatings

Yes. Using reverse engineering, we can reproduce blades when original drawings are missing or incomplete, subject to technical and contractual constraints.

• 1) 3D scanning and CMM measurement of sample blades
• 2) Reconstruction of CAD models and drawings
• 3) Material analysis (where feasible) and process definition
• 4) Trial manufacturing and inspection alignment with customer
• 5) Establishing a repeatable production and QC route

Lead time depends on turbine type, blade complexity, quantity and whether the order is for new manufacture or repair. As a general guideline, engineering-confirmed lead times are provided after technical review.

• 1) Prototype / first article blades – typically several months
• 2) Repeat mass-production lots – shorter lead times based on capacity
• 3) Emergency / outage support – handled case-by-case with priority
• 4) Shipments arranged under agreed INCOTERMS with export packing