Copper Iron Alloy Powder
Copper-iron alloy powder is a type of diffusion alloyed powder composed of copper and iron, typically used for manufacturing materials with high strength, high electrical conductivity, and high thermal conductivity. Copper-iron alloy powder is made from copper and iron using diffusion method.
The chemical composition of copper iron alloy powder can be adjusted as needed to meet the requirements of specific applications. Generally, the chemical composition of copper iron alloy powder varies according to its purpose; for example, high-strength applications require higher iron content, while high electrical conductivity applications require higher copper content.
Copper iron alloy powder can also be treated with different methods to improve its physical and mechanical properties, such as heat treatment to increase its hardness and strength, or pressing and sintering to produce parts and components with specific shapes and densities.
Our product uses a special formula and diffusion process, with fine copper particles uniformly dispersed on the surface of iron powder particles, leading to a well-developed powder specific surface area and forming partial alloying at the interface bonding points.
The product has both the uniformity characteristics of copper-clad iron powder and the alloying characteristics of atomized copper iron alloy powder. Compared to copper-clad iron powder, it has a certain degree of alloying and no acid residue. Compared to atomized copper iron alloy powder, since the copper element is dispersed on the iron powder surface, it has a larger specific surface area. Therefore, it has high sintering reactivity and stable sintering performance due to a certain degree of pre-alloying. The strength and hardness of the sintered powder body are increased, and its toughness is outstanding, with better mechanical properties. This results in a reduced production cost and simplified process, making it suitable as the main matrix material. The delicate organizational structure ensures the holding force of diamonds. Additionally, it has no compositional segregation, good formability, and excellent cold-pressing properties, which makes it suitable for automatic pressing and molding.
We currently offers three standard products: FeCu18, FeCu25, and FeCu30.
We can also adjust the copper content and powder particle size according to customer-specific requirements.
| Product Name | Main Chemical Components(%) | Maximum Density(g/cm³) | Apparent Density(g/cm³) | Particle Size Composition(%) | Sintering Physical Property |
|---|---|---|---|---|---|
FeCu18 | O: <0.30 |
8.06 |
2.20~2.90 | +200: <5 | Recommend Sintering Temperature: 860℃～890℃ Sintered Hardness: 59～62HB Flexural Strength of the Sintered Body: 290～350MPa |
FeCu25 | O: <0.30 | 8.14 | |||
FeCu30 | O: <0.30 |
8.19 |
*The composition and particle size of the product can be adjusted according to specific customer requirements.
Copper iron alloy powder, due to its excellent performance, is widely used in multiple fields. The following are some of the main application scenarios:
- Catalyst preparation: Copper iron alloy powder has promising applications in catalyst preparation. Copper iron alloy can be used to prepare efficient catalysts for chemical reactions and environmental protection.
- Biomedical applications: The use of copper iron alloy powder in biomedicine is increasingly receiving attention. Copper iron alloy powder can be used to prepare biosensors, medical devices, implants, and more, offering good biocompatibility and mechanical properties.
- Magnetic materials: Copper iron alloy powder also has potential applications in the preparation of magnetic materials. Copper iron alloy powder can be used to create high-performance magnetic materials, such as those used in magnetic storage devices and magnetic sensors.
- Electronic materials: Copper iron alloy powder can be used to prepare electronic materials, such as circuit boards and electrodes, offering good electrical conductivity and mechanical properties.
- Mechanical manufacturing: Copper iron alloy powder can also be used to manufacture high-strength and wear-resistant parts, such as bearings and gears, which have widespread applications in the automotive, aerospace, and other industries.
- Wastewater treatment: Copper iron alloy powder can also be used for wastewater treatment, removing harmful substances from wastewater, such as heavy metals and organic matter.
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