Descripción del Producto
Powder metallurgy sintered complex structural mechanical parts, adopting advanced powder metallurgy technology, are specially designed to meet the requirements of high precision, high strength and complex structures. By precisely proportioning metal powders and forming them under high-temperature sintering, we can achieve complex geometric designs that are difficult to reach through traditional machining, while ensuring outstanding mechanical properties.
Flexible design and complex shapes: The powder metallurgy process can easily manufacture complex shapes such as holes, inner cavities, and gears, reducing the number of parts and simplifying the assembly process.
High-performance material selection: According to application requirements, various materials such as iron-based, stainless steel, copper-based, and alloy steel can be selected to achieve different properties such as wear resistance, corrosion resistance, or high strength.
Dimensional accuracy and batch consistency: By adopting precise molds and process control, the consistency and high dimensional accuracy of parts in mass production are ensured, reducing the demand for subsequent processing.
Significant cost-effectiveness: Compared with traditional forging and machining, powder metallurgy significantly reduces raw material waste and processing time, making it particularly suitable for medium and large-scale production.
Green and environmentally friendly manufacturing: The production process has low energy consumption and high material utilization rate, which conforms to the development trend of sustainable manufacturing.
Detalles del material: Polvo de hierro, polvo de aleación de hierro, acero inoxidable, cobre, acero, hierro, acero de aleación (C, Sn, Zn),
Densidad máxima: 6,0 g/cm2~6,9 g/cm2
Proceso de producción: Mezcla de polvo - Compactación de polvo - Sinterización - Conformación - Mecanizado - Acabado superficial
Tratamiento de superficies: mecanizado, inmersión en aceite, oxidación con vapor, galvanoplastia, pavonado de superficies
Estándar: DIN, JIS, ASTM, GB
Aplicación: Electrodomésticos, Máquinas electrónicas, Máquinas comerciales oficiales, Automóviles
Embalaje interior: Película de plástico antioxidante; Bolsas de plástico al vacío
Embalaje exterior: Cartón duro; Caja de madera; Palet de madera
La pulvimetalurgia utiliza polvo metálico como materia prima. Mediante el conformado y la sinterización, se fabrican materiales metálicos, materiales compuestos y diversos tipos de productos. La tecnología de pulvimetalurgia permite la transformación directa de materiales y productos porosos, semicompactos o totalmente compactos, como autopartes y repuestos para compresores.
