High-performance annular forgings designed specifically for critical aero engine components, manufactured to meet the most demanding aerospace standards.

Aero Engine Component Applications

Our annular forgings for aero-engines (excluding casings) include these essential components:

Sealing System Components: Forged Seal Rings
Load-Bearing Structural Parts: Forged Support Rings, Fan Flange Rings, Retaining Rings
Compressor System Components: Compressor Interstage Spacer Rings
Combustion Chamber Components: Combustor Nozzle Outer Wall Rings
Turbine System Components: Forged Turbine Guide Rings
Airflow Regulation Components: Forged Fairing Rings

Technical Specifications

Material Grades: Various titanium grades available
Custom Sizing: Tailored dimensions to suit diverse application needs
Sample MOQ: 1 PCS
Standards: Compliant with ISO, ASTM, and international aerospace standards

Manufacturing Process

Raw Material Smelting: High-purity titanium ingots undergo vacuum arc remelting (VAR) in controlled-environment furnaces to eliminate impurities and ensure metallurgical homogeneity.
Forging and Shaping: Molten titanium undergoes precision forging using multi-directional hydraulic presses, followed by CNC machining to achieve micron-level dimensional accuracy.
Annealing and Rolling: Solution annealing heat treatment optimizes grain structure, followed by cold rolling to enhance material ductility and achieve desired mechanical properties.
Final Machining: State-of-the-art CNC turning centers perform finish machining operations, ensuring exact geometric tolerances and surface finish requirements.
Quality Assurance: Comprehensive testing protocols including ultrasonic inspection, dimensional metrology, and material certification verify compliance with international standards.

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Forged Rings,

Metal Flange Ring,

Forged Metal Rings

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PRODUCTS DETAILS

Products

Forged Components

Aluminum Forgings

Titanium Forgings

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Forged Metal Rings

Forged Rings

Waterjet Cutting Services

Aluminum Forged Rings

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Air Disc Brake Core Components

Precision CNC Components

Splined Shaft

Aircraft Engine Annular Forged Rings For Aero Engine Components

MOQ:	1PCS
Price:	Negotiations
Standard Packaging:	Standard Export Package
Delivery Period:	10~25days
Payment Method:	T/T, L/C
Supply Capacity:	2000MT per month

Detail Information

Product Description

Detail Information

Place of Origin

CHINA

Brand Name

JIMAFor

Certification

AS9100 Certified，ISO 9001 Certified，Nadcap Accredited,ASTM B381

Name:

The Annular Forgings For Aero-engines Components,Forged Support Rings,Aircraft Engine Forgings

Alloy:

TA1, TA2, TA3, TA9, TA10, TC4, GR1, GR2, GR5, GR7, GR12

Application:

Aircraft

Size:

Customized

Minimum Order Quantity:

1PCS

Price:

Negotiations

Packaging Details:

Standard Export Package

Delivery Time:

10~25days

Payment Terms:

T/T, L/C

Supply Ability:

2000MT per month

Highlight

Aero Engine Annular Forged Rings

Annular Forged Rings

Aircraft Engine Annular Forged Rings

Product Description

Aircraft Engine Annular Forged Rings

High-performance annular forgings designed specifically for critical aero engine components, manufactured to meet the most demanding aerospace standards.

Aero Engine Component Applications

Our annular forgings for aero-engines (excluding casings) include these essential components:

Sealing System Components: Forged Seal Rings
Load-Bearing Structural Parts: Forged Support Rings, Fan Flange Rings, Retaining Rings
Compressor System Components: Compressor Interstage Spacer Rings
Combustion Chamber Components: Combustor Nozzle Outer Wall Rings
Turbine System Components: Forged Turbine Guide Rings
Airflow Regulation Components: Forged Fairing Rings

Technical Specifications

Material Grades: Various titanium grades available
Custom Sizing: Tailored dimensions to suit diverse application needs
Sample MOQ: 1 PCS
Standards: Compliant with ISO, ASTM, and international aerospace standards

Manufacturing Process

Raw Material Smelting: High-purity titanium ingots undergo vacuum arc remelting (VAR) in controlled-environment furnaces to eliminate impurities and ensure metallurgical homogeneity.
Forging and Shaping: Molten titanium undergoes precision forging using multi-directional hydraulic presses, followed by CNC machining to achieve micron-level dimensional accuracy.
Annealing and Rolling: Solution annealing heat treatment optimizes grain structure, followed by cold rolling to enhance material ductility and achieve desired mechanical properties.
Final Machining: State-of-the-art CNC turning centers perform finish machining operations, ensuring exact geometric tolerances and surface finish requirements.
Quality Assurance: Comprehensive testing protocols including ultrasonic inspection, dimensional metrology, and material certification verify compliance with international standards.

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