Premix Ramming Mass

Premix Ramming Mass Specification

Material
Quartz

Shape
Powder

Refractoriness
Natural

Color
As Per Availability

CaO Content (%)
50-60%

Premix Ramming Mass Trade Information

Minimum Order Quantity
20 Metric Ton

Payment Terms
Cash on Delivery (COD)

Supply Ability
8000 Per Month

Delivery Time
5-7 Days

Main Domestic Market
All India

About Premix Ramming Mass

We are a renowned manufacturer and supplier of Premix Ramming Mass. This product is made from the finest quality quartz and is available in powder form. It has a high CaO content of 50-60% and a natural refractoriness. The color of the product varies as per availability. Our Premix Ramming Mass is widely used in various industries, such as steel, iron and refractory. It is suitable for all types of induction furnaces and is highly resistant to thermal shock. It is easy to use, has high melting point and is highly durable. It is also free from any kind of impurities and has excellent thermal properties. Our Premix Ramming Mass is manufactured using advanced technology and is tested on various parameters to ensure its quality and performance. We also offer customized solutions to our clients, as per their requirements.

Packaging Size	50 Kg
Material	Quartzite
Usage/Application	Induction Furnace
Grade	Premix
Packaging Type	HDPE Bag
State	Powder
Color	Off white
Grain Size	0- 5 mm
Melting Point	1800
Service Temp	1650- 1750
Brand	Survi Ramming Mass
Purity	98%
Country of Origin	Made in India

FAQs of Premix Ramming Mass:

Q: What is the material used to make Premix Ramming Mass?

A: We use the finest quality quartz to make Premix Ramming Mass.

Q: What is the CaO content of Premix Ramming Mass?

A: The CaO content of Premix Ramming Mass is 50-60%.

Q: What is the refractoriness of Premix Ramming Mass?

A: The refractoriness of Premix Ramming Mass is natural.

Q: What are the uses of Premix Ramming Mass?

A: Premix Ramming Mass is widely used in various industries, such as steel, iron and refractory. It is suitable for all types of induction furnaces and is highly resistant to thermal shock.