Question
Asked 16th Sep, 2016

How to mix two or more materials with different melting point for metal composites. What is the process?

I am on study a material that can replace cast iron for cylinder block. As we know cast iron have a high strength material but heavy. So i want to change the material by mix 2 type of material. The problem is both material have 2 different melting point. I still don't know what is the best process to mixing 2 material with different melting point. Anyone can help?

Most recent answer

23rd Sep, 2016
Bhalchandra Varade
ABB INDIA Ltd.
Hi,
Brass is made using Zinc & Copper. Zinc has melting point 419 deg C and Copper melts at 1090 deg C. The result of the two metals brass melts are 900 to 950 deg C.
I think, it is not a problem if two dissimilar metals have different melting point. 
The only care is that, the metal having lower melting point should not burn/oxidize.
When course mixture of two dissimilar metals is heated, then the process of combining may start after melting of one; depending on how the metals react with each other. In this process, the molten metal becomes richer with the guest metal and slowly become one solution.
For more details; see the Wikipedia page on the eutectic system.
The page and references are rich about the topic.
2 Recommendations

Popular answers (1)

19th Sep, 2016
Emil Hristov Yankov
University of Ruse Angel Kanchev
Hello Samad Jamaludin,
Process is a specific Mogul is zhazhno when you add a second material into the melt. Because Toi can was evaporated or burned or remain dissolved in the melt.
Prodostavyam your materials that you can pogotvish well on this theme.
Wishing success
3 Recommendations

All Answers (6)

17th Sep, 2016
Nilesh G Patil
Maharashtra Institute of Technology
if you are thinking of MMCs, then there are processes such as stir casting. The reinforcements do not melt during preparations, rather they need to remain unaffected while being mixed into the metal matrix. There is plenty of literature on this. You may also refer to the important papers on available on website of Duralcan.
1 Recommendation
18th Sep, 2016
Samad Jamaludin
Universiti Malaysia Pahang
Thank you for that info Sir :)
18th Sep, 2016
Muhd alkausar Muhaimin
Universiti Malaysia Pahang
i am also seeking for the answer but you may see this link too. 
18th Sep, 2016
Muhammad Faizal Ahmad Kassim
Universiti Malaysia Pahang
Residual welding stresses are a key parameter which needs to be controlled in order to minimize failures at the weld site.
The three main observed sources of stress are contraction stress, stress due to higher surface cooling and stress due to phase transformation.
19th Sep, 2016
Emil Hristov Yankov
University of Ruse Angel Kanchev
Hello Samad Jamaludin,
Process is a specific Mogul is zhazhno when you add a second material into the melt. Because Toi can was evaporated or burned or remain dissolved in the melt.
Prodostavyam your materials that you can pogotvish well on this theme.
Wishing success
3 Recommendations
23rd Sep, 2016
Bhalchandra Varade
ABB INDIA Ltd.
Hi,
Brass is made using Zinc & Copper. Zinc has melting point 419 deg C and Copper melts at 1090 deg C. The result of the two metals brass melts are 900 to 950 deg C.
I think, it is not a problem if two dissimilar metals have different melting point. 
The only care is that, the metal having lower melting point should not burn/oxidize.
When course mixture of two dissimilar metals is heated, then the process of combining may start after melting of one; depending on how the metals react with each other. In this process, the molten metal becomes richer with the guest metal and slowly become one solution.
For more details; see the Wikipedia page on the eutectic system.
The page and references are rich about the topic.
2 Recommendations

Similar questions and discussions

Related Publications

Article
This study was aimed at the rapid development of the current design field, and the theory and concept of our country were still relatively backward. All of these phenomena had caused the waste of resources, and it also resulted in the loss of the cultural connotation in design. Therefore, in view of this situation, in this paper the application of...
Chapter
This chapter defines ‘design’ as a term, the many forms and disciplines of design (e.g. architectural design, industrial design, graphic design, etc.), and how these disciplines contribute to health and medicine. It discusses the increasing prominence of the term as a verb (i.e., as a process), along with its more traditional use as a noun (i.e., d...
Got a technical question?
Get high-quality answers from experts.