Quartz Ramming Mass

Product Details:

Refractoriness 1710C - 1730C
Density 2.65 Gram per cubic centimeter(g/cm3)
Color White
Al2O3 Content (%) 0.1% - 1.5%
Fe2O3 (%) 0.05%
SiO2 Content (%) 98% - 99.5%
CaO Content (%) 0.01% - 0.07%
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6000.0 INR/Ton

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Quartz Ramming Mass Price And Quantity

Price 6000.0 INR/Ton
Minimum Order Quantity 26 Ton
Price Range 2500.00 - 8000.00 INR/Ton

Thermal Expansion 0.03% at 1000°C
Application Induction furnace lining, Steel making, Foundries
Packaging Type HDPE Bags / Jumbo Bags
Moisture Content <0.2%
Bulk Density 1.7 - 1.9 g/cm³
Grain Size 0-6 mm (customizable)
Loss on Ignition (LOI) <0.5%
Purity High Purity Quartz

Quartz Ramming Mass Product Specifications

Fe2O3 (%) 0.05%
SiO2 Content (%) 98% - 99.5%
Refractoriness 1710C - 1730C
Density 2.65 Gram per cubic centimeter(g/cm3)
Color White
CaO Content (%) 0.01% - 0.07%
Shape Granular / Powder
Material Quartz
Al2O3 Content (%) 0.1% - 1.5%
MgO % 0.01% - 0.03%

Thermal Expansion 0.03% at 1000°C
Application Induction furnace lining, Steel making, Foundries
Packaging Type HDPE Bags / Jumbo Bags
Moisture Content <0.2%
Bulk Density 1.7 - 1.9 g/cm³
Grain Size 0-6 mm (customizable)
Loss on Ignition (LOI) <0.5%
Purity High Purity Quartz

Quartz Ramming Mass Trade Information

Supply Ability 500 Ton Per Day
Delivery Time 1-4 Week
Sample Available Yes
Sample Policy Free samples are available
Packaging Details Jumbo Bags/50 kg bags
Main Domestic Market All India

Product Description

Quartz Ramming Mass is basically mixture created by mixing of powder and granules prepared from crushing of quartz stone and Boric Acid. Our provided product is generally used in induction furnace of iron and steel industry and also used as lining for the induction furnace. The offered product is properly tested on magnetic process to assure iron free material and also assures proper composition of granules according to furnace capacity. Clients can avail this Quartz Ramming Mass from us at marginal rates.

Properties Of Quartz Ramming Mass:

Thermal stability
Longer lining & patching life
Accurate composition

Product details

Boric Acid: Nil
Fe2O3: 0.05%
Ingredient: Quartzite
Max. Grain: 5 mm
Max. Temp: 1720 Degree c
Silica: 98.50%

Exceptional Thermal Stability

Quartz Ramming Mass offers remarkable thermal resistance, with a very low thermal expansion of just 0.03% at 1000C. Its high refractoriness (17101730C) ensures reliable performance in extreme environments, making it ideally suited for the demanding operational conditions in induction furnaces and steel manufacturing.

Customizable and Consistent Quality

Available in both granular and powder forms, with grain size options tailored from 0 to 6 mm, this ramming mass allows for seamless adaptation to specific industrial requirements. Packed securely in HDPE or jumbo bags, it ensures consistent quality, purity, and ease of handling from exporter to end-user.

FAQs of Quartz Ramming Mass:

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

A: Quartz Ramming Mass is packed and rammed into the furnace lining using pneumatic or manual techniques, creating a robust and uniform refractory layer. This ensures effective insulation, minimizes reactivity with molten metals, and extends the service life of the furnace.

Q: What benefits does high-purity quartz ramming mass provide compared to standard refractories?

A: The high-purity quartz ramming mass (98%99.5% SiO2) delivers superior thermal stability, reduced slag contamination, and enhanced corrosion resistance. This results in lower maintenance, longer lining life, and improved quality of the metal produced.

Q: When should I use a neutral refractory like this product for steel making?

A: You should choose neutral refractories, such as quartz ramming mass, when your process involves varying slags or steel grades, as it resists chemical attack from both acidic and basic slags, enhancing operational flexibility and lining durability.

Q: Where is this quartz ramming mass sourced and exported from?

A: This product is manufactured and supplied by leading exporters based in India, who ensure stringent quality controls and global distribution with tailored packaging solutions to meet international standards.

Q: What is the typical process to prepare the ramming mass before lining an induction furnace?

A: Before use, Quartz Ramming Mass should be dried (if needed) to keep moisture content below 0.2%. It can then be mixed or used directly and is rammed consistently into the lining area to achieve optimal density and minimize voids.

Q: How does low Fe2O3 and low moisture content contribute to the products performance?

A: Low Fe2O3 (0.05%) reduces impurities and prevents unwanted reactions with steel melts, while low moisture (<0.2%) minimizes steam generation and spalling risks during high-temperature operations, ensuring lining stability and safety.