Acidic Ramming Mass

Name: Acidic Ramming Mass
Brand: BADAYA MINERALS
Price: 3200 INR
Availability: InStock

Price 3200 INR/ Ton

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MOQ : 10 Tons

Acidic Ramming Mass Specification

Refractoriness
1700C - 1750C

Fe2O3 (%)
Less than 1.00%

Material
Quartz

SiO2 Content (%)
98% - 99%

Density
2.7 Gram per cubic centimeter(g/cm3)

Al2O3 Content (%)
Less than 1.00%

CaO Content (%)
Less than 1.00%

MgO %
Less than 0.50%

Shape
Granular

Color
White

Service Temperature
Up to 1750°C

Grain Size
0-5 mm

Physical State
Solid

Moisture Content
Less than 0.2%

Application
Lining of induction furnaces

Loss on Ignition (LOI)
Less than 0.25%

Usage
Suitable for acidic conditions

Packing Type
HDPE Bags / Jumbo Bags

Bulk Density
1.75 - 1.80 g/cm³

Acidic Ramming Mass Trade Information

Minimum Order Quantity
10 Tons

FOB Port
Jaipur

Supply Ability
10000 Tons Per Day

Delivery Time
2-3 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Main Domestic Market
All India

About Acidic Ramming Mass

· Application - It is used in lining the iron that helps in melting coreless induction furnace.

· It is used in lining the trough of blast furnaces with single trough.

· Ramming insulation is used for rapid drying.

· It is used in the steel, chemical and copper refineries.

High Purity Quartz for Enhanced Furnace Performance

Crafted from carefully selected quartz with 98%-99% SiO2, our Acidic Ramming Mass ensures optimal lining integrity for induction furnaces. The high purity not only elevates thermal stability but also enhances resistance against acidic slags and chemical erosion, thus improving the service life of furnace linings.

Engineered for Maximum Reliability in Acidic Environments

Specially formulated for acidic induction furnace applications, our ramming mass demonstrates exceptional refractoriness (1700C-1750C) and low loss on ignition. The material remains stable under intense heat, making it an effective barrier against aggressive metallurgical processes.

Convenient Packing and Consistency

Available in robust HDPE or jumbo bags for bulk handling, our product guarantees consistent physical and chemical properties. The solid, granular form-combined with controlled grain size distribution-simplifies application, ensuring dependable results in every batch for manufacturers and foundries.

FAQ's of Acidic Ramming Mass:

Q: How is Acidic Ramming Mass applied in induction furnaces?

A: Acidic Ramming Mass is installed as the lining material in induction furnaces, typically by mixing the granules with a small amount of water and then ramming or tamping the mixture into the furnace. This creates a compact, resilient layer that withstands high temperatures and acidic conditions.

Q: What benefits does using high-purity (98%-99% SiO2) ramming mass provide?

A: High-purity ramming mass offers enhanced resistance to thermal shock, reduces contamination of molten metal, and ensures longevity of the furnace lining due to its chemical inertness and minimal impurity content.

Q: When should Acidic Ramming Mass be used instead of neutral or basic masses?

A: Acidic Ramming Mass is most suitable for lining furnaces melting non-ferrous and ferrous metals under acidic conditions, especially when low-basicity slags are involved. Its use is recommended when high SiO2 content and low impurity levels are required.

Q: Where is this product commonly supplied and used in India?

A: We distribute and supply Acidic Ramming Mass to foundries, steel plants, and metal processing industries across India, serving both regional manufacturers and exporters involved in furnace operations.

Q: What is the process for ensuring minimal moisture content in the product?

A: The Acidic Ramming Mass undergoes thorough drying and controlled packaging procedures to maintain a moisture content of less than 0.2%. This process enhances storage stability and enables immediate application upon delivery.

Q: How does low Loss on Ignition (LOI) benefit furnace operations?

A: A low LOI (below 0.25%) minimizes the risk of unwanted gas evolution and shrinkage during the initial heating cycle, which helps maintain the structural integrity of the furnace lining and improves operational efficiency.

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