Induction Furnace Ramming Mass

Name: Induction Furnace Ramming Mass
Brand: RAGHAV PRODUCTIVITY ENHANCERS LTD.
Price: 1800 INR
Availability: InStock

Price 1800 INR/ Kilograms

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MOQ : 20000 Kilograms

Induction Furnace Ramming Mass Specification

Fe2O3 (%)
Less than 1.00%

Material
Silica Ramming Mass

Refractoriness
Ramming Mass

Color
White

CaO Content (%)
Less than 0.5%

Al2O3 Content (%)
0.5-1.0%

Density
1.9 Gram per cubic centimeter(g/cm3)

MgO %
Less than 0.05%

Shape
Powder

SiO2 Content (%)
99.5 %

Application
Steel and Foundry Industry

Grain Size
0-5 mm

Thermal Stability
Excellent

Bonding Type
Acidic (Self-Bonded)

Usage
Furnace Lining Material

Purity
High Purity

Packaging Size
50 kg / 1000 kg

Packaging Type
HDPE Bags / Jumbo Bags

Loss on Ignition (LOI)
Less than 0.5%

Induction Furnace Ramming Mass Trade Information

Minimum Order Quantity
20000 Kilograms

Supply Ability
50000 Kilograms Per Day

Delivery Time
1 Week

About Induction Furnace Ramming Mass

We have brought the induction furnace ramming mass for the clients. The ramming mass is a high purity silica and is powder form. It can also be referred as silica ramming mix. The primary use of the silica ramming is in the induction furnaces, for melting the scraps and reduce the erosion chances in the melting. The induction furnace ramming mass is therefore, used in the melting procedures. It looks clean and does not have impurities.

Superior Purity for Enhanced Performance

Our Induction Furnace Ramming Mass is produced with a superior purity level, boasting 99.5% SiO2 content. This high-purity material, combined with minimal impurities like Fe2O3, CaO, Al2O3, and MgO, contributes to longer life and optimal performance of furnace linings. Its fine grain size (0-5 mm) ensures uniformity and consistent application. The low loss on ignition further improves furnace efficiency.

Optimal Packaging for Versatile Needs

Packaged in durable 50 kg HDPE bags and 1000 kg jumbo bags, our ramming mass is tailored for both large and small-scale distribution and export. The secure packaging maintains product integrity during transit and storage, ensuring your operations remain uninterrupted and efficient.

Trusted Partner Across the Steel Industry

As a reputed manufacturer, exporter, supplier, distributor, and wholesaler from India, we cater to the diverse requirements of steel and foundry sectors. Our focus on high-quality raw materials, stringent quality checks, and reliable logistics supports our reputation as a dependable supplier across global markets.

FAQ's of Induction Furnace Ramming Mass:

Q: How is Induction Furnace Ramming Mass applied in furnace lining?

A: The ramming mass is applied by thoroughly mixing and ramming it as a lining material inside the furnace shell. This creates a strong, homogeneous lining that protects the furnace wall and ensures uniform heat distribution during metal melting in induction furnaces.

Q: What benefits does high-purity silica ramming mass offer?

A: High-purity silica ramming mass reduces contamination, improves thermal stability, and extends the furnace lining's lifespan. Its excellent refractoriness and low loss on ignition enhance melting efficiency and maintain steel quality during production.

Q: When should I choose HDPE bags or jumbo bags for packaging?

A: For smaller operational needs or easier handling, 50 kg HDPE bags are suitable. If you require bulk supply for large-scale or continuous operations, 1000 kg jumbo bags offer convenience and cost-efficiency in material handling and storage.

Q: Where can your ramming mass be used?

A: Our product is primarily used in induction furnaces within the steel and foundry industries. It is suitable for applications requiring high thermal stability, such as coreless induction melting furnaces for steel production and alloy casting.

Q: What is the process of using your ramming mass in foundries?

A: The ramming mass is gradually filled and compacted around the induction furnace coil. Proper ramming ensures tight packing, void minimization, and formation of a dense lining that withstands repeated heating and cooling cycles in foundry operations.

Q: How does the low Fe2O3 and CaO content in your ramming mass benefit steel production?

A: Lower Fe2O3 and CaO content minimize unwanted reactions and reduce slag formation, maintaining steel purity and decreasing the risk of lining corrosion, which contributes to higher quality output and longer service intervals.

Q: What makes your ramming mass suitable for global export?

A: We maintain stringent quality standards, offer flexible packaging, and ensure high purity. Combined with reliable export logistics, these factors make our product trusted by steel and foundry industries worldwide.

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