3,434 Marine Engine Turbocharger Blade
results from73 suppliers
Turbo Rotor Shafts Turbine Rotor Blades for Locomotive/Marine Turbocharger
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Nickel Based Super Alloy Casting Turbine Blade for Marine Supercharger
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Nickel Based Alloy Casting Turbine Blade for Marine Supercharger
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Marine Locomotive Supercharger Turbo Rotor Shafts Repairs Turbine Rotor Blades for Renew
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Marine Turbocharger Turbo Repairs Rotor Shafts Repairs Turbine Parts Turbine Rotor Blades
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Nickel Alloy Vacuum Casting Turbine Blade for Marine Engine Supercharger
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
OEM Vacuum Casting Nickel Alloy High Precision Turbine Wheel and Blade for Small Jet Engine
- Type: Mechanical Turbocharger System
- Body Material: Alloy
- Certification: ISO9001, SGS
- Electric Turbocharger Type: Centrifugal
- ETS Component: Turbine
- ETS Type: Runoff
Turbine Blade Manufacturer Lost Wax Investment Casting Marine and Locomotive Turbocharger Gas Turbine Customized Design Parts
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Application: Machinery Parts
- Material: Alloy Steel
- Surface Roughness: Ra1.6
- Machining Tolerance: +/-0.01mm
Customized Investment Vacuum Casting Turbine Blade for Turbojet Engine Gas Turbine Generators
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
High Wear Resistence Rust Proof Nickel Alloy Marine and Locomotive Turbocharger Turbine Wheel Blades Parts
- Warranty: 1 Years
- Type: Mechanical Turbocharger System
- Body Material: Alloy
- Certification: CE
- Electric Turbocharger Type: Axialflow
- ETS Component: Turbine
High Precision Vacuum Casting Blades for Turbocharger Turbine Blade Compressor Blade
- Type: Mechanical Turbocharger System
- Body Material: Alloy
- Certification: ISO9001
- Brand: Yili Casting
- Product Name: Blade
- Model Number: Customized
713/718 Inconel/Incoloy Silica Sol Casting Steam Turbine Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Durable Turbine Blades for Sgt-600 Engines - Precision Machined
- Casting Method: Thermal Gravity Casting
- Process: Investment Casting
- Molding Technics: CNC Machining
- Application: Machinery Parts/Auto Parts/Hardware
- Material: Stainless Steel/304/Alloy Steel/Aluminum Alloy
- Surface Preparation: Polishing/Sand Blast/Spray-Paint
Casting Service Single Crystal Turbine Wheel Blades RC Jet Engine Parts Bucket Turbine Blade for Gas Turbines
- After-sales Service: OEM and Customized
- Warranty: 6 Months
- Type: Mechanical Turbocharger System
- Body Material: Alloy
- Certification: ISO9001, ISO 9001:2015, SGS
- ETS Component: Turbine
High Temperature Resistance Vacuum Casting Diesel Engine Turbocharger Turbine Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Machinery Parts
- Material: Alloy Steel
- Surface Preparation: Sand Blast
Nickel Based Alloy Lost Wax Investment Vacuum Casting Turbine Blade Used for Turbine Turbojet Engine
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Nickel Based Alloy Vacuum Casting Turbine Blade for Locomotive and Marine Turbocharger
- Casting Method: Vacuum Aspirated Casting
- Process: Precision Casting
- Molding Technics: Vacuum Casting
- Application: Locomotive Turbocharger Parts
- Material: Alloy Steel
- Surface Preparation: Sand Blast
Lost Wax Vacuum Precision Casting Super Alloy Turbine Blade Used for Locomotive Turbocharger
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Railway Train Turbocharger Parts Turbine Blades
- Certification: ISO9001
- Type: Locomotive Turbocharger Spare Parts
- Parts Description: Locomotive Turbocharger Turbine Blade
- Material: Nickel Based Alloy
- Casting Method: Investment Vacuum Casting
- Shell Adhesive: Silico Sol
Nickel Based Alloy Investment Casting Turbine Blades for Emd Turbochargher
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Vacuum Casting Turbine Blades for Locomotive Diesel Engine Turbocharger Spare Parts
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Lost Wax Investment Casting
- Application: Machinery Parts
- Material: Nickel Base Alloy & Stainless Steel Alloy
- Surface Preparation: Sand Blast
Nickel Base Alloy Turbine Blade for Steam Turbine
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Super Alloy Nickel Based Alloy Vacuum Casting Turbine Blade for Gas Turbine/ Steam Turbine Turbohcarger
- Condition: New
- Certification: ISO9001
- Standard: ASTM
- Customized: Customized
- Material: Alloy
- Application: Metal Casting Machinery
Inconel 713/718 High-Temperature Alloy Casting Aero Turbine Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
High Temperature Alloy Vacuum Casting Turbine Blade Turbocharger Parts
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Lost Wax Investment Casting
- Application: Turbocharger Parts
- Material: High Temperature Alloy
- Surface Preparation: Sand Blast
High-Temperature Alloy Precision Casting Diesel Engine Turbine Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Investment Casting High Temperature Alloy Blade for Turbo Engine
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Custom CNC Free Forging Steel Blade for Wind Turbines Accessories
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Nickel Base Alloy Turbine Blade for Gas Turbine
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Turbine Generator Blades Flat Blade Turbine Impeller Blades
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
High Temperature Alloy Investment Casting Turbine Blade for Diesel Engine
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Industrial Engine Customized Vacuum Casting Turbine Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
High-Temperature Alloy Precision Casting Industrial Engine Turbine Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Lost Wax Investment Vacuum Casting Locomotive Turbocharger Baldes
- Type: Mechanical Turbocharger System
- Body Material: Alloy
- Certification: ISO9001
- Electric Turbocharger Type: Centrifugal
- ETS Component: Turbine
- ETS Type: Axialflow
Investment Lost Wax Casting Gas Turbine Blade with ISO Certified
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Industrial Customized Steam Turbine Spares Rotor Stator Blade
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Investment Casting Nickel Based Alloy Turbine Blades for Emd Turbocharger
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Vacuum Casting Gas Turbine Rotary Blade Made of High Temperature Alloy
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Molybdenum-Based Alloy Casting Rotor Blade for Aero Engine
- Casting Method: Vacuum Aspirated Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy Inconel718
- Surface Preparation: Sand Blast
Customizable Vacuum Casting High Temperature Alloy High Temperature Resistant Turbine Blades
- Casting Method: Vacuum Casting
- Process: Lost Wax Casting
- Molding Technics: Vacuum Casting
- Application: Turbojet Engine
- Material: Superalloy
- Surface Preparation: Sand Blast