Ramming Mass

Ramming Mass Specification

Material
Ramming Mass

Fe2O3 (%)
0.98 %

Refractoriness
Acidic /basic /Neutral

Density
1.72 Gram per cubic centimeter(g/cm3)

Color
White

Al2O3 Content (%)
0.43 %

MgO %
0.33 %

CaO Content (%)
0.36 %

Shape
Powder

SiO2 Content (%)
98.4 %

Size
0-5 mm

Thermal Stability
Excellent

Moisture Content
0.25 %

Packing Type
HDPE Bags

Purity
98.6 %

Minimum Order Quantity
10 MT

Ramming Mass Trade Information

Minimum Order Quantity
100 Tons

Payment Terms
Cash in Advance (CID)

Supply Ability
500 Tons Per Month

Delivery Time
10 Days

Main Domestic Market
All India

About Ramming Mass

Key Advantages

Purest form, acidic in nature, longer lining life & all grades in pre-mixed versions
We Insures free from impurities, excellent quality & excellent workability
Our all grades of Ramming mass is made available in its Pre-mixed forms
These types of ramming mass are used in heavy capacity induction furnaces
These types of ramming masses are properly mixed with binder leading to optimal mixture
Used in the lining of induction furnaces in various industries for melt scraps & metals
Silica Ramming Mass is proper Premixed with Boric Acid, to gives best results
Find with proper mixing of all the contents (binders), resulting to produce an optimal mixture
Ramming mass is directly related to the heating performance of the furnaces.
Etter quality of lining results in the smooth working of furnaces, optimum output and better
Proper check is exercised on magnetic process to assure iron free material and to assure proper
Composition of granules according to furnace capacity.The granulation of the mix are optimized keeping
In view the furnace make and capacity, thus giving maximum and best results.
It is characterized by thermal stability, corrosion resistance and wear resistance because

Exceptional Purity and Thermal Stability

Our Ramming Mass contains over 98%% silica, ensuring minimal impurities and superior performance under extreme temperatures. Its excellent thermal stability makes it a preferred choice for lining induction furnaces, reducing wear and increasing operational efficiency.

Reliable Packing and Consistent Quality

Ramming Mass comes in high-quality HDPE bags, protecting it from moisture and contamination during handling and transport. The uniform powder shape facilitates easy application and consistent distribution in furnace linings.

FAQs of Ramming Mass:

Q: How is Ramming Mass with 0-5 mm size used in induction furnaces?

A: The 0-5 mm powder form of Ramming Mass is typically utilized to line the inner walls of induction furnaces, providing thermal insulation and ensuring efficient melting processes for various metals.

Q: What benefits does the high purity (98.6%%) and SiO2 content offer?

A: High purity and elevated SiO2 content enhance the Ramming Masss refractory properties, resulting in improved resistance to chemical attacks, reduced contamination, and extended furnace lining life.

Q: When should customers place orders, and what is the minimum quantity?

A: Orders can be placed anytime through our platform, with a minimum order quantity of 10 MT to meet industrial and large-scale operational needs.

Q: Where is this Ramming Mass sourced and supplied from?

A: This product is made and provided by trusted exporters, manufacturers, suppliers, and traders throughout India, ensuring wide availability and reliable delivery.

Q: What is the process for packing and shipping Ramming Mass?

A: Ramming Mass is carefully packed in HDPE bags to maintain its integrity and minimize moisture absorption, ensuring the product reaches you in optimal condition for industrial usage.

Q: How does the low moisture content (0.25%%) benefit furnace operations?

A: Low moisture content reduces steam formation during heating, limiting cracks and defects in the furnace lining and improving operational safety and efficiency.

Q: What types of refractoriness are available with this Ramming Mass?

A: We offer Ramming Mass in acidic, basic, and neutral varieties, allowing customers to select the best formulation for specific furnace applications and metallurgical requirements.