Industria aeroespacial PEEK
Industria aeroespacial
Filamento PEEK
Es imperativo reducir el peso y mejorar la eficiencia del combustible. Los altos costos del combustible y la protección del medio ambiente se convierten en un gran desafío.
La reducción de la producción y un ensamblaje más rápido son cruciales. Los fabricantes de aeronaves deben adaptarse a la alta demanda.
Se requiere una mayor vida útil y confiabilidad. Minimizar el mantenimiento de las aeronaves, garantizando al mismo tiempo la seguridad.
Entre los materiales de las aeronaves, la aleación de titanio representa el 15% y la aleación de aluminio el 20%. Con el mismo tamaño y volumen, y diferentes bloques de prueba de materiales, existe una gran diferencia de densidad.
Materiales aeroespaciales PEEK
El PEEK permite materiales aeroespaciales metálicos alternativos y ligeros
El uso de material ligero PEEK no solo mejora la eficiencia del combustible y cumple con los requisitos ambientales, sino que también agiliza y aumenta la fiabilidad del ensamblaje, además de reducir los costos operativos y de fabricación. Esta es la tendencia en el diseño aeroespacial.
Los ingenieros aeroespaciales necesitan materiales resistentes y ligeros que simplifiquen el diseño de piezas, reduzcan el costo del sistema y proporcionen durabilidad en entornos hostiles. JUNHUA PEEK genera valor para los clientes mediante soluciones de polímero PEEK de alto rendimiento y es líder nacional en este campo.
Piezas de PEEK
Piezas de PEEK utilizadas en la industria aeroespacial
PEEK5600G
Excelente procesabilidad y tenacidad, adecuado para productos de paredes delgadas.
PEEK5600GF30
Alta resistencia y alto módulo, adecuado para recipientes a presión u ocasiones con requisitos de alta presión.
PEEK5600CF30
PEEK reforzado con fibra de carbono con excelentes propiedades mecánicas.
PEEK5600LF30
Con una excelente resistencia al desgaste, es adecuado para aplicaciones de alta velocidad y alta carga.
Gravedad específica pequeña
Replacing titanium alloy (4.5g/cm3) and aluminum alloy (4.5g/cm3) to achieve lightweight.
High Wear Resistance
The melting point is 343°C, long-term use at 260°C, the thermal deformation temperature of the composite material is about 330°C and higher temperature resistance.
High strength
The mechanical properties of PEEK modified by chopped fibers are slightly lower than those of aluminum alloys.
Corrosion resistance
It has corrosion resistance to most organic solvents such as acids and alkalis. It is corroded by halogens and strong acids at high temperatures and is soluble in concentrated sulfuric acid at room temperature.
Thermoplastic material
Fatigue resistance and impact resistance are significantly better than thermoset materials, have a longer life, are environmentally friendly, and are recyclable.
Material stability
It better reflects the characteristics of low gas release in outer space and a vacuum coating environment.
Wearing resistance
High hardness and low friction coefficient.
Stable dimension
PEEK reduces the coefficient of expansion, thereby radically reducing the risk of swelling.
Contact us for more information and services.
Contact us Now, Get a Quote, Product Manual, Performance Parameters, Custom Solutions, Technical Consultation, and Samples for PEEK Materials!
CF-PEEK Composite
CF-PEEK Composite
Advanced composite materials play important roles in the aerospace field.CF/PEEK composite
materials have extremely high-heat resistance (heat deformation temperature up to 310℃),
corrosion resistance, friction resistance, and other advantages.
The composite material of CF/PEEK has very high mechanical properties, meanwhile has higher
impact resistance than traditional thermoset composites, which can be fabricated for
aircraft landing gear skin components, while reducing the weight of the aircraft.
CF-PEEK Composite
CF-PEEK Composite
Civil aircraft application
Airbus A340/A380 wing leading edges, and aircraft interior parts, including seat frames, brackets, beams, and intake ducts are also applied with PPS composites. PEEK composite materials are used for doors, windows, link corner pieces, etc. The application of main mechanisms, such as fuselage panels, wing boxes, and stringers, is still in the experimental stage.
PEEK Parts and Types
PEEK Parts and Types of Its Modification
PEEK-clamp-and-stand-offs
Material: PEEK5600GF30
The low hygroscopicity
of the PEEK polymer material ensures that the tie is dimensionally
stable so that it does not swell and not damage the insulation of
the wire.
Tubing system
Material: PEEK5600G
Aircraft fuel pump
hydraulic power supply protection for water/wastewater piping
systems, environmental control systems, and cable systems.
Insulating jacket
Material: PEEK monofilament
PEEK monofilament
can be used to weave heat-resistant filter weave, fuel filters,
artificial clamps, high-temperature insulation sheaths on aircraft,
etc.
Shell cover
Material: PEEK5600GF30
30% glass fiber
reinforced PEEK has good pressure resistance and heat insulation
properties, and low gas release.
JUNHUA PEEK Parts
JUNHUA PEEK Parts For Aerospace Industry
JHPI-10 Polyimide rod and sheet
Carbon fiber reinforced CF/PEEK thermoplastic composite
PEEK monofilament | PEEK fiber
Certificate
JUNHUA Focus on PEEK
JUNHUA PEEK Business Unit operates in a way that accelerates the deep plowing of PEEK downstream applications. JUNHUA PEEK currently has 6,000+ customers, and its revenue growth rate in 2021 exceeds 50%, of which the revenue growth rate in the medical field exceeds 80%. It is worth mentioning that JUNHUA medical division has become an independent subsidiary.18 + Years
Leading peek manufacturer since 2007.
70+ Countries
It is exported to the USA, Germany, South Korea, and more than 70 other countries and regions.
50,000+ Clients
After continuous accumulation, the total number of customers in various industries over 50,000.
500,000+ Products
La demanda de la industria minera, según las estadísticas, ha alcanzado los 500.000 tipos de piezas de PEEK y otros productos.
- Entrega rápida
- Eficiencia y ahorro de costes
- Servicio al cliente 24/7
- Soporte técnico de por vida