Aluminio y sus aleaciones

Aluminum and its alloys are widely used in precision casting due to their exceptional high-temperature strength, corrosion resistance, and wear resistance. They excel in high-temperature and high-pressure environments, withstanding extreme workloads. They are commonly used in industries such as aerospace, energy, and chemicals, and are particularly well-suited for manufacturing critical components such as turbine blades and engine parts.
In precision casting, cobalt alloys are often used in investment casting, enabling the production of complex shapes and high-precision components. Their excellent high-temperature performance and corrosion resistance make them ideal materials for high-performance applications, ensuring long-term stable operation and durability.
Using advanced casting processes and rigorous quality control, we ensure that every aluminum casting exhibits exceptional precision, durability, and corrosion resistance.
From complex and precise components to large, heavy structures, our aluminum castings can be tailored to your specific needs, providing reliable solutions for a variety of demanding applications.
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Common Material Grades of Aluminum and Its Alloys


Alloy GradeAlloy NamePropiedades del materialApplication IndustrySample Widget
1050Pure AluminumAluminum content greater than 99%, excellent corrosion resistance and electrical conductivityElectronics, machinery, precision machiningElectrical housing, instrument housing, precision casting small parts
1060Pure AluminumGood weldability and processabilityElectronic equipment and precision instrumentsPrecision castings, internal structural parts of electronic equipment
2024Aluminum-Copper AlloyHigh strength, good fatigue resistance, poor corrosion resistanceAerospace, military industryAviation parts, aircraft engine brackets, precision castings
2011Aluminum-Copper AlloyExcellent cutting performancePrecision machiningHigh-precision parts, mechanical bearings, engine accessories
3003Aluminum-Manganese AlloyGood corrosion resistance and formabilityElectronic equipment, precision manufacturingPrecision castings, heat sinks, electronic components
3105Aluminum-Manganese AlloyHigher strength and corrosion resistanceMachinery, automobilesPrecision casting parts, automotive interior components
4032Aluminum-Silicon AlloyGood wear resistance and heat resistanceHigh-performance automobiles, precision machineryEngine parts, precision casting engine components
4045Aluminum-Silicon AlloyGood corrosion resistance and thermal conductivityAuto parts, heat exchangersAutomobile heat exchangers, precision radiator parts
5052Aluminum-Magnesium AlloyExcellent seawater corrosion resistance and high strengthPrecision instruments, high-end automotive partsPrecision machinery parts, automobile engine brackets
5083Aluminum-Magnesium AlloyExtremely strong corrosion resistance and high strengthAutomotive industry, military precision partsEngine brackets, precision castings
7075Aluminum-Zinc AlloyHigh strength, good fatigue resistance, difficult to processAutomobile manufacturing, military precision castingEngine brackets, precision castings
7050Aluminum-Zinc AlloyExtremely high corrosion resistance and strengthAutomobile manufacturing, military precision castingAutomobile engine parts, aviation structural parts
8006Aluminum-Zirconium AlloyGood formability and corrosion resistancePrecision casting, consumer goodsPrecision castings, medical device components, auto parts
4032High-Strength Aluminum AlloyHigh strength, good wear resistance, high temperature resistanceHigh-performance automobiles, aerospaceHigh-temperature durable parts, racing engine parts
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Productos de fundición de acero inoxidable


Aluminum and Its Alloy Casting Process


Fundición de inversión
Applicability: Investment casting is very suitable for cobalt and its alloys. Due to the high temperature performance and corrosion resistance of cobalt alloys, investment casting can accurately produce complex shapes of cobalt alloy parts, especially high-demand components in the aerospace and energy industries.
Advantages:
· High Precision: Capable of producing castings with complex shapes and extremely high detail accuracy.
· Excellent Surface Finish: Suitable for parts requiring stringent surface quality.
· High Material Utilization: Suitable for small-batch, high-precision production.
Typical applications: turbine blades, engine core components, heat exchanger parts.
Fundición en arena
Applicability: Suitable for mass production of larger-sized cobalt alloy components. It is widely used in components that have relatively low precision requirements but strict requirements on high temperature resistance and corrosion resistance.
Advantages:
· Cost-effectiveness: Low production costs make it suitable for mass production of medium-to-large components.
· Dimensional flexibility: Capable of producing large castings with simpler shapes.
· High-temperature resistance: Able to meet the high-temperature requirements of cobalt alloys.
Typical applications: gas turbine blades, chemical equipment components, and machinery housings.
Impresión 3D
Applicability: Suitable for small-batch, customized cobalt alloy parts, especially where rapid prototyping, complex geometries and high-precision designs are required.
Advantages:
· Fast response: Prototypes or small batches can be quickly produced based on design requirements.
· High design freedom: Complex structures that are impossible with traditional casting processes can be produced.
· Reduced processing steps: The final part can be directly printed, saving subsequent processing costs.
Typical applications: aerospace precision components, special customized parts, and highly complex parts.

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1. Envíe su consulta
Envíe sus dibujos CAD y archivos 3D por correo electrónico, especificando el grado del material, la cantidad del pedido, el acabado de la superficie o cualquier otro detalle relevante.
2. Cálculo de costes
En cuanto recibamos su diseño, nuestro equipo de ingenieros evaluará detenidamente los planos y calculará el precio en función de los costes de producción reales lo antes posible.
3. Inicio de la producción
Una vez aprobado el precio, nuestro equipo de producción preparará los materiales y programará la producción con prontitud.Leierwo siempre garantiza la entrega a tiempo.
4. Organizar la entrega
Una vez finalizada la producción, le proporcionaremos los detalles del embalaje y organizaremos el envío por mar o aire. Todos los pedidos se pueden enviar a cualquier parte del mundo.

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