CPC Molybdenum Copper Alloy Substrate For Glass Adapter Plate Microelectronic Packaging
Brand Name:PRM
Certification:ISO9001
Model Number:CuMoCu
Minimum Order Quantity:1pc
Delivery Time:7~10 work days
Payment Terms:T/T
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Location:
Baoji Shaanxi China
Address:
No.188 Gaoxin Road,Weibin District Baoji City, Shaanxi ,China 7210013
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within 23 hours
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Cu/MoCu30/Cu CPC Copper Molybdenum Copper Alloy Substrate
For Glass Adapter Plate Microelectronic Packaging
1. Information Of Cu/MoCu30/Cu CPC 1:4:1 Substrate For Microelectronic Packaging:
Copper has high thermal and electrical conductivity and is easy to process and form, so it has been widely used in the electronics industry. However, copper is soft and has a large thermal expansion coefficient, which limits its further application. Refractory metal steel has the characteristics of high strength, small coefficient of thermal expansion, and large modulus of elasticity. Therefore, copper and steel-copper are combined to give full play to their respective advantages to obtain special properties that cannot be possessed by a single metal, such as a designable thermal expansion coefficient and good electrical and thermal conductivity.
The molybdenum-copper composite material has low expansion coefficient and high thermal conductivity, and the expansion coefficient and thermal conductivity can be adjusted and controlled. Due to its outstanding advantages, the composite material has been widely used in large-scale integrated circuits and high-power microwave devices in recent years, especially for heat sinks and electronic packaging materials.
The copper-molybdenum-copper-copper composite board has excellent thermal conductivity and adjustable thermal expansion coefficient, and can match with Be0 and Al203 ceramics, so it is the preferred electronic packaging material for high-power electronic components.
2. Preparation Of Cu/MoCu30/Cu CPC 1:4:1 Substrate For Microelectronic Packaging:
It is characterized in that, comprising the following steps:
1), molybdenum-copper alloy plate electroplating, electroplating copper on the upper and lower sides of the molybdenum-copper alloy plate, the electroplating layer becomes granular to obtain a copper-plated molybdenum-copper alloy plate;
2), copper plate electroplating, electroplating copper on one side
of the copper plate, the electroplating layer becomes granular, and
obtains a copper-plated copper plate;
3), bonding, place the copper-plated copper plate with an area not
smaller than the copper-plated molybdenum-copper alloy plate on
both sides of the copper-plated molybdenum-copper alloy plate to
form a first-class composite plate, the electroplated surface of
the copper-plated copper plate and the copper-plated
molybdenum-copper alloy plate The two electroplated surfaces are
attached together;
4),hydraulic pressure, the first-level composite board is placed on
the hydraulic press for hydraulic pressure, and the copper-plated
copper board and the copper-plated molybdenum-copper alloy board
are closely bonded together by hydraulic pressure to obtain the
second-level composite board, and the pressure is 20MPa;
5),sintering, placing the secondary composite board after hydraulic
pressure in an electric heating furnace for sintering, heating to
1060-1080° C. under an atmosphere protection state, and keeping it
warm for 2 hours to obtain a third-stage composite board;
6), hot rolling, hot-rolling the third-level composite plate under
the atmosphere protection state to obtain the fourth-level
composite plate, the hot-rolling temperature is 750-850 ° C;
7),surface treatment, adopt belt polishing machine to remove the
oxidation layer on the surface of the fourth grade composite board,
obtain the fifth grade composite board;
8), cold rolling, cold-rolling the fifth-grade composite board, so
that the fifth-grade composite board meets the thickness
requirement, and obtains the sixth-grade composite board;
9), leveling, leveling the six-level composite board, and obtaining
a finished copper-molybdenum-copper-copper composite board after
leveling.
3. Parameter of Of Cu/MoCu30/Cu CPC 1:4:1 Substrate For Microelectronic Packaging:
| Grade | Content (Cu:Mo70Cu:Cu) | Density (g/cm3) | Thermal expansion coefficient (10-6/k) |
| Cu-MoCu-Cu141 | 1:4:1 | 9.5 | 7.3-10.0-8.5 |
| Cu-MoCu-Cu232 | 2:3:2 | 9.3 | 7.3-11.0-9.0 |
| Cu-MoCu-Cu111 | 1:1:1 | 9.2 |
|
| Cu-MoCu-Cu212 | 2:1:2 | 9.1 |
|
Size according to customer's drawing,we can process any shape of Cu/MoCu30/Cu sheet for microelectronic pakcaging.
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CPC Molybdenum Copper Alloy Substrate For Glass Adapter Plate Microelectronic Packaging
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