What are the applications of ramming mass?

Answer 1

Compacting earth, paper machie etc.

Answer 2

For the best answers, search on this site https://shorturl.im/axJM4

Aerosol Can production line. The cans have a volume printed on the side of them ie 200ml. This is the legal minimum VOLUME that has to be in the can. Every can passes over a check-WEIGH machine on the production line, if the can is too light it gets kicked off by a air powered ram into a bin. Each liquid to be filled into cans is first tested in a lab to find out what the SG of the liquid is. From this we calculate the weigh of each can. SG x fill VOLUME = WEIGHT that has to be in the can.

Answer 3

Ramming mixes are used mostly in cold applications where proper consolidation of the material is a concern. High purity ramming mixes based on mullite grain are used in steel making, burner blocks, ports and similar applications. Dry ramming mixes based on high purity magnesite and a sintering aid are useful in steel making. magnesite ramming mixes of exceptional purity and stability are used primarily as lining materials for coreless type induction furnaces.

Answer 4

What Is Ramming

Answer 5

Ramming Mass: Ramming mass is based on Dead Burnt Magnesite. We mix some chemicals with Dead Burnt Magnesite, which in result produces Ramming Mass. While packing the material, we sample and test the material. After that we do the marketing of the product to our purchasers.
Acidic & Basic Ramming Mass for Arc & Induction Furnaces
USEFUL FOR MELTING :
Cast iron/Malleable/S.G.Iron/Mild Steel/Low Alloy Steels/Brass, Copper, etc.
METHOD OF INSTALLATION :

For Only Type Sil-Ram Dry Silica Ramming Masses.

The Ramming Mass is to be pre-heated in a clean tray to a temperature of about 80°C to 90°C for removal of any moisture present.

It is important to ensure that the Ramming Mass is not contaminated with impurities during this reheating operating.

After cooling below 40°C the Ramming Mass is to be mixed uniformly with Boric Acid Binder.

The percentage of Boric Acid will vary between 0.8% to 2.0% depending upon the operating temperature. For cast iron melting furnaces Boric Acid percentage is 1.4 to 1.5 and for steel melting


SILICA RAMMING MASS


PARTICULARS INDX-SIL-R-4
( Acid Ramming Mass ) INDX-SIL-R-6
(Acid Ramming Mass)
For Furnace Types Coreles Induction Furnace Coreless Induction Furnace
Silica Content Over 99% Over 99%
Particle size grading 0-4 mm 0-6 mm
Suitable for DRY RAMMING DRY RAMMING
Binder About 1.2 to 1.8% Boric Oxide to be added, depending on application. About 1.2 to 1.8% Boric Oxide to be added, depending on application.
Max. Operating Temperature 1650 OC 1650 OC
Useful for melting Cast Iron, Malleable Iron, S.G. Iron, Mild Steels, Low Alloy Steels, Brass, Copper etc. Cast Iron, Malleable Iron, S.G. Iron, Mild Steels, Low Alloy Steels, Brass, Copper etc.
NOTE:
Service temperature : The temperatures given above are indicative.
Above are average test data subject to reasonable variations.
Data represents typical average properties & do not constitute a specification.