Quartz Ramming Mass

Name: Quartz Ramming Mass
Brand: RAGHAV PRODUCTIVITY ENHANCERS LTD.
Price: 1.08 INR
Availability: InStock

Price 1.08 INR/ Kilograms

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MOQ : 20000 Kilograms

Quartz Ramming Mass Specification

Al2O3 Content (%)
Less than 0.20%

Material
Quartz

Shape
Powder

Fe2O3 (%)
Less than 0.02%

Refractoriness
1730C

MgO %
Less than 0.04%

Color
White

SiO2 Content (%)
98.5% minimum

Density
2.2gm/cc Gram per cubic meter (g/m3)

CaO Content (%)
Less than 0.05%

PH Value
Neutral

Packaging
HDPE Bags of 50 Kg or Jumbo Bags

Bulk Density
1.7-1.8 g/cm3

Thermal Expansion
Low

Usage
Lining Material in Induction Furnaces

Grain Size
0-6 mm

Melting Point
About 1700C

Moisture
Less than 0.2%

Purity
High

Quartz Ramming Mass Trade Information

Minimum Order Quantity
20000 Kilograms

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
50000 Kilograms Per Day

Delivery Time
2-3 Days

Sample Available
No

Main Export Market(s)
Western Europe, Australia, Central America, North America, South America, Eastern Europe, Middle East, Asia, Africa

Main Domestic Market
All India

About Quartz Ramming Mass

Having an immense experience of more than three decades, we are able to manufacture, export and supply quality checked Quartz Ramming Mass. It play an important role in induction furnaces during melting of steel. It is used in lining of induction furnaces to prevent corrosion and provide great thermal stability. Our provided Quartz Ramming Mass is free from impurities, anti-corrosive in nature, highly effective and has a longer shelf life.

Technical Details

Exceptional Refractoriness and Stability

Our Quartz Ramming Mass boasts a melting point of about 1700C and refractoriness up to 1730C. This ensures reliable service life even under continuous high-temperature operations in induction furnaces. Its purity and low impurity levels contribute to the prevention of slag formation and furnace contamination.

High Purity and Uniform Particle Size

With a minimum SiO2 content of 98.5% and strict control on grain size (0-6 mm), our ramming mass delivers uniform distribution and compaction. This maximizes lining density, reducing scope for cracks and enhancing furnace performance.

FAQ's of Quartz Ramming Mass:

Q: How is Quartz Ramming Mass used in induction furnace lining?

A: Quartz Ramming Mass is utilized by packing it as a monolithic lining in the coreless section of induction furnaces. Its optimal grain size and high purity provide a dense, heat-resistant barrier that protects the furnace shell from intense temperatures during metal melting processes.

Q: What benefits does high purity Quartz Ramming Mass offer over standard materials?

A: The high purity (minimum 98.5% SiO2) ensures fewer contaminants, resulting in improved heat resistance, minimized slag formation, and longer furnace lining life. It also reduces chances of reactions with the molten metal, maintaining product quality.

Q: When should I replace the lining made with Quartz Ramming Mass?

A: Ramming mass lining should be inspected regularly and replaced once signs of significant wear, cracking, or thinning appear. The durable nature of this material usually allows for an extended operating life under typical induction furnace conditions.

Q: Where is this product commonly supplied and distributed?

A: We supply, export, and distribute Quartz Ramming Mass to steel plants, foundries, and allied metallurgical industries across India. Our network ensures timely and efficient delivery to suit varied project requirements.

Q: What is the process of installing Quartz Ramming Mass lining in furnaces?

A: The installation involves pounding or ramming the mass uniformly inside the furnace body, followed by controlled heating to set and strengthen the lining. Proper compaction is crucial for achieving maximum density and lining integrity.

Q: How does low thermal expansion benefit furnace operations?

A: Low thermal expansion properties minimize the risk of cracks and lining failures during repeated heating and cooling cycles. This capability preserves the structural integrity of the furnace, reducing downtime and maintenance costs.

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