Silica Ramming Mass

Name: Silica Ramming Mass
Brand: Guru Corporation
Price: 3800 INR
Availability: InStock

Price 3800 INR/ Kilograms

Get a Price/Quote

MOQ : 10000 Kilograms

Silica Ramming Mass Specification

Shape
Crystal

CaO Content (%)
N/a

MgO %
0.11%

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

SiO2 Content (%)
9899%

Material
Other

Color
White

Refractoriness
often above 1700C

Al2O3 Content (%)
0.04%

Fe2O3 (%)
N/a

Silica Ramming Mass Trade Information

Minimum Order Quantity
10000 Kilograms

Supply Ability
50000 Kilograms Per Day

Delivery Time
2 Days

About Silica Ramming Mass

Silica Ramming Mass is an acidic substance which is used for the making of lining in the furnace. It is produced by the by heating, crushing and grading of the crystalline quartz consist of 99.90 percent of silicon dioxide. It yields more lining life and also helps in enhancing the uniformity in the physical properties of the solid layer. Silica Ramming Mass has good thermal characteristics which helps them to withstand the stresses developed by thermal cycles and excellent structural strength during combustion operation. It is chemically inert to metal that are treated inside the furnace which results in good erosion resistance.

Product Details

Type:	Ramming Mass
Packaging Type	Packet,PP Bag
Packaging Size	50 Kg
Material	Quartz MGO
Brand	Guruka
Application Area	Furnace

Highly Pure Composition for Reliable Furnace Lining

Silica Ramming Mass is recognized for its exceptional purity, with a silicon dioxide content of 98-99%. This high level of SiO2 ensures that the material provides strong resistance to thermal shock and chemical corrosion, making it a dependable choice for induction furnace linings.

Manufactured and Supplied in India

Produced by trusted Indian manufacturers and suppliers, this silica ramming mass meets rigorous quality standards for industrial applications. Its crystal structure and white color attest to its purity and effectiveness in high-temperature environments.

Enhanced Performance and Longevity

Using Silica Ramming Mass extends the operational life of furnace linings and minimizes maintenance costs. This reliable refractory solution promotes energy efficiency and stable operations in metal manufacturing processes.

FAQ's of Silica Ramming Mass:

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

A: Silica Ramming Mass serves as a lining material in the coreless induction furnaces. It is packed and rammed around the crucible wall, offering essential insulation and resistance against heat, ensuring efficient melting and longer crucible life.

Q: What benefits does Silica Ramming Mass offer to metal manufacturers?

A: The high SiO2 content imparts excellent refractoriness, leading to enhanced furnace efficiency, reduced power consumption, and consistent metal quality. Additionally, it decreases the frequency of relining, thereby reducing operational downtime and maintenance costs.

Q: When should the lining with Silica Ramming Mass be replaced?

A: The ramming mass lining should be replaced when there are visible signs of wear, erosion, or significant drop in furnace performance, typically after completing a certain number of melting cycles specified by the manufacturer or supplier.

Q: Where can I purchase Silica Ramming Mass in India?

A: Silica Ramming Mass is available through leading manufacturers and suppliers across India, offering standard and customized grades to suit various furnace sizes and industrial requirements.

Q: What is the process of applying Silica Ramming Mass in a furnace?

A: The process involves mixing the mass with a calculated amount of moisture, pouring it into the furnace shell, and carefully ramming it layer by layer. Proper curing is then required to secure a dense, uniform lining.

Q: What distinguishes this Silica Ramming Mass from other refractory materials?

A: Its high silicon dioxide content (98-99%) and crystal structure deliver superior thermal stability and purity, making it ideal for high-performance furnace operations and ensuring premium metal output quality.

Technical Details