Describe fire clay and kaolinite binders, Mechanical Engineering

Assignment Help:

Q. Describe Fire clay and Kaolinite Binders?

Fire clay: Fire clay is refractory clay usually found in the coal measures.


Kaolinite: Its general composition is al2o3 . 2sio2. 2H2o. It is one of the decomposition products of slow weathering of graphite and basalt. It is main constituent of china fire clay. Its melting point is 1750 to 17870c

Illite: This clay has approximate composition. K2O.Al2o3.Sio2.H2O. it is formed from the weathering of mica rocks. Its particle size is about the same as the kaolinite clay and has similar moulding properties.


Related Discussions:- Describe fire clay and kaolinite binders

Fermenter, The features of a typical fermenter (as shown below) are enginee...

The features of a typical fermenter (as shown below) are engineered to enable efficient culture of microbial, mammalian or insect cells and  facilitate  ease  of operation for the

Energy, What is solar energy?

What is solar energy?

Computer algorithm for on-line scheduling , Computer Algorithm For On-Line ...

Computer Algorithm For On-Line Scheduling For Automated Manufacturing Systems  Introduction Now days  market  is  characterized  via  the  production  of  minute  batch

Objectives-plastics-reinforced plastics and adhesives, Objectives Afte...

Objectives After studying this section, you should be capable to: define basic nature of plastics, differentiate between various types of plastics, define polym

Explain corner joint, Corner joint- The flush corner joint is designed prim...

Corner joint- The flush corner joint is designed primarily for welding sheet metal that is 12 gauge or thinner. It is restricted to lighter materials. The half-open corner join

Elevator, These are differentiated from hoists by the fact that the opera...

These are differentiated from hoists by the fact that the operator rides with the load. There are many different types of drives for such elevators but in general electric

Determine equivalent maximum shear stress in spring, Determine equivalent m...

Determine equivalent maximum shear stress in spring: A close coiled helical spring contains a stiffness of 10 N/mm. Its length while fully compressed, with adjacent coils touc

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd