MRP: ₹16385
₹12485
₹ 3900 Off
(Incl. of all taxes)
Qty
Buying in bulk?
In stock
Deliver to
- 7-day returns
- Secure payment
- International shipping
- Carefully packed
Get this at ₹ 11861Extra 5% OffAdd items worth ₹999 to the cart & get extra 5% off
Get this at ₹ 11237Extra 10% OffAdd items worth ₹1499 to the cart & get extra 10% off
Book Summary
About the Book: Advances in Gravity Concentration
Gravity has been an essential force in mineral and coal processing for
centuries. While some newer separation technologies developed during the
industrial age are widely used, gravity-based separators remain the prominent
means of producing concentrates from coal, iron ore, rare earths, industrial
minerals, tin, and tungsten ores. Recent advances in gravity-based separation
technologies have reduced previous particle size limitations and improved their
effectiveness in treating mixed-phase particles as compared to competing
technologies. It is now possible to achieve efficient, high-capacity gravity
separations for ultrafine particles using gravity-based units that provide
centrifugal forces many times that of natural gravity. Sophisticated research
equipment provides opportunities
- ISBN-13
- 9781681174723
- Language
- English
- Binding
- Hard Bound
- Publisher
- Scitus Academics LLC
- Publishing Date
- 2017
- Total Pages
- 230
Advances in Gravity Concentration
Frequently bought together
Total for 3 items₹12611₹16525You save ₹3914
Product Specifications
Book Summary
About the Book: Advances in Gravity Concentration
Gravity has been an essential force in mineral and coal processing for
centuries. While some newer separation technologies developed during the
industrial age are widely used, gravity-based separators remain the prominent
means of producing concentrates from coal, iron ore, rare earths, industrial
minerals, tin, and tungsten ores. Recent advances in gravity-based separation
technologies have reduced previous particle size limitations and improved their
effectiveness in treating mixed-phase particles as compared to competing
technologies. It is now possible to achieve efficient, high-capacity gravity
separations for ultrafine particles using gravity-based units that provide
centrifugal forces many times that of natural gravity. Sophisticated research
equipment provides opportunities
Book Specifications
- ISBN-13
- 9781681174723
- Language
- English
- Binding
- Hard Bound
- Publisher
- Scitus Academics LLC
- Publishing Date
- 2017
- Total Pages
- 230