Welcome to Fotma Alloy!
page_banner

products

China Supplier Metal Machining - Tungsten Copper WCu Heat Sink – Fotma

Short Description:


Product Detail

Product Tags

Related Video

Feedback (2)

Fast and great quotations, informed advisers to help you choose the correct product that suits all your preferences, a short creation time, responsible top quality control and different services for paying and shipping affairs for Copper Tungsten Rod, Wc Tungsten Carbide, Tungsten Carbide Grit, Our tenet is "Reasonable prices, economical production time and very best service" We hope to cooperate with much more shoppers for mutual enhancement and benefits.
China Supplier Metal Machining - Tungsten Copper WCu Heat Sink – Fotma Detail:

Description

Tungsten copper electronic packaging material has both the low expansion properties of tungsten and the high thermal conductivity properties of copper. What is particularly valuable is that its thermal expansion coefficient and thermal conductivity can be designed by adjusting the composition of the material brought great convenience.

FOTMA uses high-purity and high-quality raw materials, and obtains WCu electronic packaging materials and heat sink materials with excellent performance after pressing, high-temperature sintering and infiltration. 

Tungsten Copper WCu Heat Sink

Advantages of Tungsten Copper (WCu) Electronic Packaging Materials

1. The tungsten copper electronic packaging material has an adjustable thermal expansion coefficient, which can be matched with different substrates (such as: stainless steel, valve alloy, silicon, gallium arsenide, gallium nitride, aluminum oxide, etc.);

2. No sintering activation elements are added to maintain good thermal conductivity;

3. Low porosity and good air tightness;

4. Good size control, surface finish and flatness.

5. Provide sheet, formed parts, also can meet the needs of electroplating.

Copper Tungsten Heat Sink Properties

Material Grade Tungsten Content Wt% Density g/cm3 Thermal Expansion ×10-6  CTE(20℃) Thermal Conductivity W/(M·K)
90WCu 90±2% 17.0 6.5 180 (25℃) /176 (100℃)
85WCu 85±2% 16.4 7.2 190 (25℃)/ 183 (100℃)
80WCu 80±2% 15.65 8.3 200 (25℃) / 197 (100℃)
75WCu 75±2% 14.9 9.0 230 (25℃) / 220 (100℃)
50WCu 50±2% 12.2 12.5 340 (25℃) / 310 (100℃)

Application of Tungsten Copper Heat Sinks

Materials suitable for packaging with high-power devices, such as substrates, lower electrodes, etc.; high-performance lead frames; thermal control boards and radiators for military and civilian thermal control devices.


Product detail pictures:

China Supplier Metal Machining - Tungsten Copper WCu Heat Sink  – Fotma detail pictures

China Supplier Metal Machining - Tungsten Copper WCu Heat Sink  – Fotma detail pictures

China Supplier Metal Machining - Tungsten Copper WCu Heat Sink  – Fotma detail pictures

China Supplier Metal Machining - Tungsten Copper WCu Heat Sink  – Fotma detail pictures


Related Product Guide:

we could supply good quality goods, aggressive cost and very best purchaser assistance. Our destination is "You come here with difficulty and we supply you with a smile to take away" for China Supplier Metal Machining - Tungsten Copper WCu Heat Sink – Fotma , The product will supply to all over the world, such as: Greenland, Serbia, Albania, Our R&D department always designs with new fashion ideas so we could introduce up-to-date fashion styles every month. Our strict production management systems always ensure stable and high quality products. Our trade team provides timely and efficient services. If there are any interest and inquiry about our products, please contact us in time. We would like to establish a business relationship with your honored company.
  • Managers are visionary, they have the idea of "mutual benefits, continuous improvement and innovation", we have a pleasant conversation and Cooperation.
    5 Stars By Nicole from Palestine - 2017.09.22 11:32
    We are long-term partners, there is no disappointment every time, we hope to maintain this friendship later!
    5 Stars By Caroline from Eindhoven - 2017.11.01 17:04
    Write your message here and send it to us