About Silicon-Aluminum Alloy SiAl Powder The high-silicon-aluminum alloy powder is an alloy binary composed of silicon- and aluminum-based metals and is used as a thermal management material. The high-silicon aluminium alloy material is able to maintain the excellent performance and content of aluminum and silicon. Silicon powder can be prepared with a mature technology at a low price. The material is non-toxic to humans and the environment. What is the purpose of adding silicon to aluminum?
Addition of silicon to aluminum results in a more fluid metal alloy, without the metal breaking down at high temperature. The silicon lowers the melting point of aluminum. As there is no brittleness, the aluminum will not suffer from hot tearing.
The density of aluminum alloys with high silicon content is between 2.42.7g/cm3 and the coefficient thermal expansion (CTE), is between 7-20ppm/. The alloy density and thermal coefficient can be significantly reduced by increasing silicon content. High-silicon Aluminum Alloy has a wide range of applications, including aerospace, space technology and portable electronics. is a global Silicon Al Alloy Powder supplier. Please feel free to contact us at any time for the latest Silicon Aluminum Alloy price.
What is Silicon Aluminum Alloy Si Al powder ?
Preparation of silicon and aluminium alloy
(1) no pressure infiltration method
To prepare composite materials, melt the aluminum alloy into the silicon prefabricated part to help with the permeability of carbon steel in the air.
(2) Pressure infiltration method
Applying an external force causes liquid aluminum to penetrate into the preforms of silicon powders. This will promote penetration, wetting and recombination. The normal procedure is to first prepare the prefabricated reinforcements of silicon particles and then cast the composites permeable.
(3) vacuum hot pressing method
Pressure forming and pressure silting are carried out simultaneously in vacuum conditions.
(4) Method of powder metallurgy
The method for making a specific proportion of silicon powder, aluminum powder and binder using dry pressing or injection methods and other methods in order to create powder mixing molding and then sintering the material under a protective environment;
(5) rapid Solidification Method
Solidification cooling can be increased to increase solidification and speed.
Application for Silicon Aluminum Alloy Powder Si-Al:
1) High power integrated circuit packaging : high silicon aluminum alloy for heat dissipation.
2) Carrier : It can act as a localized heat sink, allowing the components to be arranged more closely.
3) Optical Frame: Aluminum alloy high-silicon provides low thermal coefficient, high rigidity, and machinability.
Heat sink parts – high silicon aluminium alloy for effective heat dissipation.
Silicon Aluminum Alloy Si Al powder in automotive parts
This high-silicon aluminum alloy (with a silica content of 20-35%) has excellent tribological characteristics and can be widely used as a lightweight, wear-resistant advanced material for various transportation vehicles and power machinery. Special fasteners, machine tools and tools are also commonly used.
High-silicon aluminium alloys have a number of advantages including small specific weights, lightness, good thermal conductivity with low thermal expansion coefficients, volume stability, wear resistance and corrosion resistance. They are widely used for cylinder sleeves, brake discs, pistons and rotors in automobile engines.
Storage condition of Silicon Aluminium Alloy Powder Si-Al:
Si-Al powder will not perform well if it is exposed to damp conditions. Therefore, the silicon aluminium alloy powder should always be kept in a dry and cool room. It is also important to avoid putting the silicon alloy powder under pressure.
Packing & Shipping Silicon Aluminium Alloy Powder Si-Al Powder :
The packing we use depends on the amount of Si-Al alloy powder.
Silicon Aluminum Alloy Si-Al Powder Packing: Vacuum packing, 100g/bag, 500g/bag, or 1kg/bag. 25kg/barrel.
Once payment has been received, the powder can be shipped by air, sea, or express.
Addition of silicon to aluminum results in a more fluid metal alloy, without the metal breaking down at high temperature. The silicon lowers the melting point of aluminum. As there is no brittleness, the aluminum will not suffer from hot tearing.
The density of aluminum alloys with high silicon content is between 2.42.7g/cm3 and the coefficient thermal expansion (CTE), is between 7-20ppm/. The alloy density and thermal coefficient can be significantly reduced by increasing silicon content. High-silicon Aluminum Alloy has a wide range of applications, including aerospace, space technology and portable electronics. is a global Silicon Al Alloy Powder supplier. Please feel free to contact us at any time for the latest Silicon Aluminum Alloy price.
What is Silicon Aluminum Alloy Si Al powder ?
Preparation of silicon and aluminium alloy
(1) no pressure infiltration method
To prepare composite materials, melt the aluminum alloy into the silicon prefabricated part to help with the permeability of carbon steel in the air.
(2) Pressure infiltration method
Applying an external force causes liquid aluminum to penetrate into the preforms of silicon powders. This will promote penetration, wetting and recombination. The normal procedure is to first prepare the prefabricated reinforcements of silicon particles and then cast the composites permeable.
(3) vacuum hot pressing method
Pressure forming and pressure silting are carried out simultaneously in vacuum conditions.
(4) Method of powder metallurgy
The method for making a specific proportion of silicon powder, aluminum powder and binder using dry pressing or injection methods and other methods in order to create powder mixing molding and then sintering the material under a protective environment;
(5) rapid Solidification Method
Solidification cooling can be increased to increase solidification and speed.
Application for Silicon Aluminum Alloy Powder Si-Al:
1) High power integrated circuit packaging : high silicon aluminum alloy for heat dissipation.
2) Carrier : It can act as a localized heat sink, allowing the components to be arranged more closely.
3) Optical Frame: Aluminum alloy high-silicon provides low thermal coefficient, high rigidity, and machinability.
Heat sink parts – high silicon aluminium alloy for effective heat dissipation.
Silicon Aluminum Alloy Si Al powder in automotive parts
This high-silicon aluminum alloy (with a silica content of 20-35%) has excellent tribological characteristics and can be widely used as a lightweight, wear-resistant advanced material for various transportation vehicles and power machinery. Special fasteners, machine tools and tools are also commonly used.
High-silicon aluminium alloys have a number of advantages including small specific weights, lightness, good thermal conductivity with low thermal expansion coefficients, volume stability, wear resistance and corrosion resistance. They are widely used for cylinder sleeves, brake discs, pistons and rotors in automobile engines.
Storage condition of Silicon Aluminium Alloy Powder Si-Al:
Si-Al powder will not perform well if it is exposed to damp conditions. Therefore, the silicon aluminium alloy powder should always be kept in a dry and cool room. It is also important to avoid putting the silicon alloy powder under pressure.
Packing & Shipping Silicon Aluminium Alloy Powder Si-Al Powder :
The packing we use depends on the amount of Si-Al alloy powder.
Silicon Aluminum Alloy Si-Al Powder Packing: Vacuum packing, 100g/bag, 500g/bag, or 1kg/bag. 25kg/barrel.
Once payment has been received, the powder can be shipped by air, sea, or express.
Silicon Alumium Alloy Powder Properties |
|
| Alternative Names | AlSi, SiAl, Si:Al, silicon aluminum, Si-Al Powder |
| CAS Number | 11145-27-0 |
| Compound Formula | Si-Al |
| Molecular Mass | N/A |
| Appearance | Gray to Black Powder |
| Melting Point | 600-760 |
| Boiling Point | N/A |
| Density | 2.7 g/cm3 |
| Solubility In H2O | Insoluble |
| Monoisotopic Mash | 54.958 g/mol |
Safety Information on Silicon Alumium Alloy Poudre |
|
| Sign Word | N/A |
| Hazard Statements | N/A |
| Hazard Codes | N/A |
| Risk Codes | N/A |
| Safety Statements | N/A |
| Transport Information | NONH for All Transport Modes |