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Composite Products

A Perfect Combination Enables Efficient Low-Altitude Trip

Mankind has entered a new era of composite materials.

United Aircraft has been deeply dedicated to research in the aerospace composite material field and has controlled the cost in 5 dimensions.

Composite materials were used on non-essential load-bearing structures such as the tail surface on the fuselage then the application extended to wings and fuselage.After half a century of development, such materials have already been applied in emerging energy, transportation, marine ships, petrochemical engineering, national defense, infrastructure, sports products, etc.Some say that mankind has already entered an era of composite materials. United Aircraft has arduously been devoted to research in the aerospace composite material field and dedicated to cost control and reduction of full-cycle expenditure in the 5 dimensions including materials, technological processes, design, verification, and operation/maintenance.The company now has rich experience in the design of large, medium, and small fuselage structures and can provide professional full composite structure schemes involving structural design scheme demonstration, detailed design, size optimization, lay optimization, technological process optimization, experimental verification, dynamic and static fatigue mild analysis, etc., according to the product demands and characteristics.

Component Products

Composite Aviation Components

Lightweight, High Performance, and Integration

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Composite Ammunition Body Products

Lightweight, Low Cost, and High-Temperature Resistance

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Composite Custom Parts and Components

Advancement, Professionalism, and Customization

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System R&D Capabilities

United Aircraft owns complete composite product solutions.

According to the user's requirements for functions and performance, United Aircraft has formulated design rules for comprehensive design from aspects of structural functions, dynamics performance, service environment, maintainability, weight reduction, manufacture cost, etc. Relying on the structural design platform established by the company and the simulation platform, design can be detailed. United Aircraft is capable of static load analysis, vibration mode analysis, stability analysis, non-linear calculation, impact analysis, and other simulation analysis and calculations as well as design in configurations, lay, connection, corrosion resistance, lightning protection, etc.In terms of composite product solution schemes, United Aircraft has accumulated a mass of experience, including applications on manned military aircraft, manned civil aircraft, unmanned helicopters, fixed-wing UAVs, missiles, and loitering munition.

Cutting-Edge Technical Capabilities

In the aspects of composite material design and manufacture, United Aircraft possesses leading design and manufacturing technology capabilities.

In terms of design capability, United Aircraft owns comprehensive design rules, powerful simulation platforms, and perfect structural design platforms and structural design capability; in terms of manufacturing technology capability, United Aircraft has multiple composite material manufacture processes, including autoclave molding technology, compression molding technology, vacuum bag molding technology, vacuum infusion molding technology, hand lay-up molding technology, composite material molding technology, and blade molding technology.Currently, United Aircraft has become competent in molding various composite material structures such as panel types, cylinder types, sandwich structure types, stiffened panel types, and multi-box wing boxes.

System Solutions and Cases

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TD550 Coaxial Unmanned Helicopter

Because of their high specific strength, high specific rigidity, designability, outstanding fatigue resistance, and corrosion resistance, composite materials have already been widely applied in various aircraft.

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Design Techniques for Modification from Manned Helicopter to Unmanned Helicopter

Composite materials have boosted the development of aircraft lightweight, high performance, and integration of functions and structures, which significantly reduces the number of parts and fasteners and thus they have been abundantly applied in the manufacturing of fuselage and wing components.

Oncoming Products

Future Development

To embrace challenges in the future, United Aircraft's composite material team is exploring and researching a new generation of "Smart Composite Material".This will integrate the functions of sensing, control, and drive to realize perceiving (monitoring stress, strain, pressure, temperature, and damage), judgment and decision making (information self-processing, cause judgment, concluding), and implementation (damage self-fixing, self-change of stress and strain distribution, structural damp, fixed frequency, and other structural characteristics) and to support self-test, self-diagnosis, self-monitoring, self-fixing, and self-adaptation. Oriented to medium- and large-size UAVs, composite materials will promote the "Smart Life" concept and meet users' demands at multiple fields and levels.