Premix Ramming Mass

Name: Premix Ramming Mass
Brand: Guru Corporation
Price: 5.5 INR
Availability: InStock

Price 5.5 INR/ Kilograms

Get a Price/Quote

MOQ : 10000 Kilograms

Premix Ramming Mass Specification

Color
NATURAL

Refractoriness
often above 1700C

Shape
Crystal

SiO2 Content (%)
9899%

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

CaO Content (%)
N/a

MgO %
0.11%

Al2O3 Content (%)
0.04%

Fe2O3 (%)
N/a

Material
Alumina

Premix Ramming Mass Trade Information

Minimum Order Quantity
10000 Kilograms

Delivery Time
1 Week

About Premix Ramming Mass

We are manufacturers, supplier and exporters of best quality of Premix Ramming Mass, that use in application of manufacturing of various refractory materials. Known for high end results and suitable characteristics, our range is available in different specifications to suit the client's requirement. Further, ensuring quality in the entire manufacturing process, we make sure to make this product available to buyers at industry leading prices and within a stipulated frame of time.

Premix Ramming Mass Advantages:

All grades of ramming mass is made available in its Pre-mixed forms. It is in purest form, acidic in nature, longer lining life.
These types of ramming masses are properly mixed with binder leading to optimal mixture.
It is used in the lining of induction furnaces in various industries for melt scraps & metals.
We Insures free from impurities, excellent quality & excellent workability.

Superior Purity and Composition

With a silica content of 98-99%, Premix Ramming Mass offers outstanding purity, making it an ideal choice for induction furnace linings. The absence of notable alumina and CaO, along with natural crystal form, ensures optimal thermal and chemical stability during highly demanding operations.

Reliable Source for Indian Industry

Manufactured and supplied by trusted companies in India, Premix Ramming Mass is tailored for local industrial requirements. Leading suppliers focus on producing material that guarantees high durability and consistent performance, supporting a wide array of metallurgical applications nationwide.

FAQ's of Premix Ramming Mass:

Q: How is Premix Ramming Mass used in induction furnaces?

A: Premix Ramming Mass is applied to line the inner surface of induction furnaces, providing a protective, heat-resistant barrier. The silica-rich composition offers excellent thermal stability and withstands the high temperatures encountered during metal melting processes.

Q: What are the key benefits of using Premix Ramming Mass with 98-99% SiO2 content?

A: The high SiO2 content ensures superior thermal resistance, minimizes contamination of molten metal, and prolongs furnace lining life. Its consistent crystal structure also helps achieve uniform heating and efficient energy consumption during operation.

Q: When should industries consider replacing the ramming mass lining in their furnaces?

A: Replacement is recommended when the furnace lining shows signs of wear, cracking, or reduced thermal insulation. Frequent monitoring is essential, and lining should be renewed to maintain operational efficiency and safety in metallurgical processes.

Q: Where can Premix Ramming Mass be sourced in India?

A: Premix Ramming Mass is widely available from various manufacturers and suppliers across India who specialize in refractory materials for the steel and alloy production sectors. Leading companies ensure reliable supply and quality assurance for industrial clients.

Q: What is the process for installing Premix Ramming Mass in a furnace?

A: The installation involves mixing the mass with minimal water, ramming it manually or mechanically onto the furnace surface, and subsequently curing at controlled temperatures. Proper installation ensures maximum strength and durability of the lining.

Q: What are the typical applications and usage scenarios for this product?

A: Premix Ramming Mass is primarily utilized in induction furnaces for steel, alloy, and foundry operations. It is also used in non-ferrous metallurgy where high thermal and chemical resistance is needed to safeguard furnace walls against aggressive reactions.

Technical Details