Cupola Ramming Mass

Name: Cupola Ramming Mass
Brand: Guru Corporation
Price: 5 INR
Availability: InStock

Price 5 INR/ Kilograms

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MOQ : 1000 Kilograms

Cupola Ramming Mass Specification

CaO Content (%)
N/a

Fe2O3 (%)
N/a

Refractoriness
often above 1700C

Density
1.6 to 3.6 Gram per cubic centimeter(g/cm3)

Al2O3 Content (%)
0.04%

MgO %
0.11%

Color
White

Material
Quartz

Shape
Other

SiO2 Content (%)
9899%

Cupola Ramming Mass Trade Information

Minimum Order Quantity
1000 Kilograms

Supply Ability
1000 Kilograms Per Week

Delivery Time
1 Week

About Cupola Ramming Mass

With the excellent support of our talented employees and rich industrial experience, we have managed to become one of the leading manufacturers and suppliers of Cupola Ramming Mass. This is extensively used in many industries for making porcelain, scouring soaps, sandpaper as well as wood fillers. This powder is highly efficient in nature and assures good cost effectiveness. It is applied on ladle s surface which not only eliminates heat loss but also plays a key role in increasing ladle s life. Offered Cupola Ramming Mass can be availed from us in different packaging quantities as per requirements.

Chemical Composition :

Silica	SiO₂	98 to 99%
Alumina	Al₂O₃	0.04%
Ferric Oxide	Fe₂O₃	0.04%
Titanium Dioxide	TiO₂	0.08%
Manganese Oxide	MnO	Nil
Calcium Oxide	CaO	Nil
Magnesium Oxide	MgO	0.11%
Sodium Oxide	Na₂O	0.05%
Potassium Oxide	K2O	Nil
Loss in ignition	-	0.08%
Sintering Temp.		1200 C
Max. Service Temp.		1700 C
Grain Sizes		0 to 5 mm

Superior Refractory Performance

Owing to its high SiO2 concentration and absence of impurities, our Cupola Ramming Mass delivers outstanding thermal stability essential for modern foundries. Its quartz base provides excellent resistance to thermal shock and chemical reaction, maintaining the structural integrity of cupola furnace linings during continuous use.

Optimized for Indian Industries

Manufactured and distributed by leading suppliers in India, this ramming mass is tailored for domestic operational requirements. With strict quality control and consistent grading, industries benefit from reliable performance, whether in large-scale or medium-sized foundries.

FAQ's of Cupola Ramming Mass:

Q: How is Cupola Ramming Mass applied in the furnace lining process?

A: Cupola Ramming Mass is manually or mechanically packed around the furnace's inner shell to create a compact, heat-resistant lining. The process involves ramming the mass into place to eliminate air pockets and ensure uniform density, subsequently preparing the furnace for high-temperature operations.

Q: What makes this ramming mass suitable for cupola furnaces in foundries?

A: Composed predominantly of high-purity quartz (SiO2 content: 98-99%), this ramming mass withstands intense temperatures while minimizing chemical reactions that could degrade the lining. Its impurity-free composition ensures cleaner melts and extends the life of the furnace lining.

Q: When should foundries replace the cupola ramming mass lining?

A: Replacement is recommended when the lining shows significant wear, loss of thickness, or signs of cracking, which typically occur after several melting cycles depending on usage intensity. Regular inspection helps determine the appropriate replacement interval to maintain furnace efficiency.

Q: Where can one source this Cupola Ramming Mass in India?

A: This product is available through reputable manufacturers and suppliers specializing in refractory materials throughout India. Procurement can be done directly from these companies based on required quantity and specifications.

Q: What is the main benefit of using a ramming mass with high SiO2 content?

A: A high SiO2 content ensures superior thermal resistance and chemical stability, which in turn leads to longer lining life, reduced maintenance costs, and improved metal cast quality by minimizing contamination during the melting process.

Q: How does the absence of CaO and Fe2O3 in the ramming mass benefit the melting process?

A: The absence of calcium oxide (CaO) and iron oxide (Fe2O3) helps prevent unwanted slag formation and reduces chemical reactions that can contaminate the molten metal, thus enhancing the purity and consistency of cast products.

Technical Details