Pars is a specialized manufacturer of precision-engineered components for industrial gas turbines.
Founded on the principle that hot-section performance defines turbine efficiency, we invest continuously
in advanced machining, material science, and quality systems to serve power generation, oil & gas,
and aerospace markets worldwide.
Our manufacturing philosophy integrates Design for Manufacturing (DFM), statistical process control,
and full material traceability. From Inconel 718 turbine blades to complex multi-axis transition
pieces, we deliver components that meet the most rigorous OEM and aftermarket specifications.
Mission
Deliver zero-defect, safety-critical components on time, every time.
Vision
The global benchmark for independent gas turbine component manufacturing.
5-Axis CNC
Simultaneous milling
CMM Inspection
Coordinate measuring
Vacuum HT
Heat treatment
TBC Coating
Thermal barrier
2010
Founded
35+
Global Markets
6
NADCAP Processes
24/7
Emergency Support
Product Families
Engineered for Extreme Environments
We manufacture replacement and aftermarket components for the hottest, most stressed sections of industrial gas turbines.
Turbine Blades
First, second, and third stage blades for Frame 5, 6, 7, 9, and aeroderivative turbines. Investment cast or solid machined.
Inconel 718Rene 80GTD-111
Turbine Vanes / NGVs
Nozzle guide vanes and segmented vane assemblies with internal cooling features and thermal barrier coatings.
Cobalt AlloysRene 125
Shrouds & Seal Segments
Inner and outer shrouds, seal segments, and heat shields designed to maintain tip clearance and stage efficiency.
Hastelloy XNimonic
Transition Pieces
Complex fabricated and machined transition ducts directing combustion gases into the turbine section.
Inconel 625Hastelloy X
Combustion Liners
Combustion liners, flame tubes, and crossfire tubes with precision-drilled cooling and mixing holes.
Hastelloy XNimonic C-263
Blade Segments
Segmented and grouped blade manufacturing for large heavy-duty turbine wheels.
Mar-M247Rene 80
Compressor Blades
Axial and centrifugal compressor blades from titanium and stainless steel alloys.
Guide Vanes & Diffusers
IGVs, diffusers, and compressor stators with tight aerodynamic profiles.
Compressor Casings
Split and barrel casings, volute casings, and housing segments.
Turbine Discs
Forged and machined discs with fir-tree slots, broached features, and balance corrections.
Shafts & Spacers
Coupling shafts, compressor shafts, and spacer rings to critical tolerances.
Fasteners
High-temperature turbine bolts, pins, and retention hardware.
Hardware Kits
Stage hardware, bolts, nuts, lock plates, washers, and pins in superalloy grades.
Pins & Retainers
Cotter pins, locking pins, and anti-rotation devices.
Seals & Washers
Tab washers, spiral retainers, and sealing hardware.
All OEM names and platform designations are used solely for identification and compatibility purposes. Pars is an independent aftermarket manufacturer.
Manufacturing Capabilities
End-to-End Production Under One Roof
Our facility houses the most advanced machining, inspection, and surface treatment technologies for superalloy components.
CNC Machining
3-axis, 4-axis, 5-axis simultaneous
High-speed milling Inconel & Ti
Turn-mill centers
Pallet-based automation
EDM
Wire EDM (0.1mm wire capability)
Sinker EDM for cavities
Fast-hole drilling for cooling
Grinding
Creep feed grinding
Profile & surface grinding
Cylindrical grinding
Coating
Thermal Barrier Coating (TBC)
Bond Coats (NiCrAlY)
HVOF & Plasma Spray
Diffusion aluminide
Heat Treatment
Vacuum heat treatment furnaces
Hot Isostatic Pressing (HIP)
Solution & aging cycles
Casting & Forging
Investment casting (lost wax)
Directional solidification
Precision forging partnerships
Brazing & Welding
Vacuum brazing
TIG welding
Laser welding
Reverse Engineering
Blue light / laser scanning
CMM digitization
CAD reconstruction (CATIA, NX)
Additive Mfg
DMLS / SLM metal printing
Prototype to production
Repair applications (blisk)
Materials
Superalloy & Exotic Material Expertise
Nickel Superalloys
Inconel 718
Inconel 625
Rene 80 / Rene 125
Hastelloy X
Nimonic 80A / 90 / C-263
Mar-M247
GTD-111
Cobalt Alloys
Stellite 6
Stellite 12
Haynes 25 (L-605)
Mar-M509
FSX-414
Titanium Alloys
Ti-6Al-4V (Grade 5)
Ti-6Al-2Sn-4Zr-2Mo
Ti-5Al-2.5Sn
Ti-10V-2Fe-3Al
Stainless & Steels
17-4 PH
15-5 PH
410 / 420 Stainless
A286 Superalloy
CrMoV steels
Quality Assurance
Zero-Defect Culture, Certified Systems
Every component is manufactured under a rigorous quality management system with full material traceability,
in-process inspection, and final validation. We maintain NADCAP accreditation for special processes and
hold OEM-approved supplier status across multiple platforms.
ISO 9001
Quality Management
AS9100
Aerospace Standard
NADCAP
Special Processes
ISO 14001
Environmental
"Quality is not inspected in; it is built through controlled processes, trained people, and validated equipment."
Inspection Equipment
CMM (Coordinate Measuring)
Optical Scanner
Portable CMM / Arm
Hardness Testing
SEM Analysis
XRF Spectrometry
UT / Radiography
PT / FPI / MPI
Metallography
Surface Roughness
Engineering Services
From Concept to Combustion
Design for Manufacturing
Optimize legacy designs for modern machining, reduced lead time, and improved yield.
FEA & CFD Analysis
Structural, thermal, and flow simulation to validate component performance before cutting metal.
Tolerance Optimization
Statistical tolerance analysis and GD&T optimization for functional assemblies.
Reverse Engineering
Laser scan to CAD reconstruction for obsolete or unsupported parts.
Value Engineering
Cost reduction through material substitution, process change, or design simplification.
Rapid Prototyping
Metal 3D printing and soft-tooling for fast qualification and test iterations.
Industries Served
Global Markets, Critical Applications
Power Generation
Oil & Gas
Petrochemical
Marine
Defense
Aerospace
Energy
Industrial Plants
Supported Platforms
OEM Compatibility
GE Heavy-Duty
MS/Frame
Frame 5Frame 6Frame 7Frame 9LM2500LM6000
Siemens Energy
SGT
SGT-100SGT-400SGT-800SGT-750
Other OEMs
Multi-platform
Solar TurbinesMitsubishiAnsaldoAlstomABB
Process
From RFQ to Shipment
1
RFQ & Drawing Review
Technical feasibility, material verification, and preliminary DFM feedback.
2
Engineering & CAD/CAM
Solid modeling, toolpath generation, fixture design, and process planning.
3
Material Procurement
Certified mill sourcing, incoming inspection, and full chemical/physical verification.
4
Precision Machining
Multi-axis CNC, EDM, grinding, and in-process CMM verification.
5
Heat Treatment & Coating
Vacuum HT, HIP, TBC, bond coats, and HVOF as specified.
6
Final Inspection
CMM, NDT (UT/PT/FPI), metallography, and dimensional reporting.
7
Packaging & Shipping
VCI preservation, custom foam, and full traceability documentation.
Digital RFQ
Request Your Technical Quotation
Upload drawings, CAD models, or material specifications and receive a comprehensive quotation including
lead time, manufacturing route, and inspection plan. Our engineering team reviews every RFQ within 24 hours.
Upload Engineering Data
PDF, STEP, Parasolid, IGES, DWG, or solid model files accepted.
Rapid Turnaround
Standard RFQ response: 48 hours. Emergency: 12 hours.
Secure & Confidential
NDA protection available. All files transmitted via encrypted channels.
Customer required obsolete blade replacement for a Frame 5 unit. Pars laser-scanned the worn blade,
reconstructed CAD, and manufactured a 12-piece qualification batch within 6 weeks.
CMM verified 6-week delivery 100% acceptance
Value Engineering
Transition Piece Cost Reduction
Re-designed weldment-to-machining workflow reduced cycle time by 30% and eliminated secondary tooling costs
for a fleet of 40 gas turbines in the Middle East.
-30% cycle time -18% cost
Contact
Get in Touch
Sales, engineering, and emergency support channels available 24/7.