Continuous Casting Machine Spares

Castables

We are one of the eminent Manufacturers & Suppliers of Refractory Castables from Gujarat, India.

Our range of Castables is widely used in furnaces, kilns, chimneys, etc. We use premium quality chemicals and the cutting-edge technology for fabricating the Castables in accordance to set industrial standards.

To ensure its longer life span, we check the Refractory Castables on stringent quality parameters before approval for the final delivery.

Fire Clay

Fire clay is a range of refractory clays used in the manufacture of ceramics, especially fire brick. The United States Environmental Protection Agency defines fire clay very generally as a "mineral aggregate composed of hydrous silicates of aluminium (Al2O3·2SiO2·2H2O) with or without free silica."

• Easy to use material.
• Provides extremely tight joints to fumes and smoke.
• When allowed to dry and exposed to heat, it strengthens and becomes a very hard seal.
• Has very strong properties of adhesive even at very high temperatures.

NOTE :-

• The Above Data are On Average Result Basis.
• Storage Life : 12 Months
• Packaging :- 50 KG BAGValidation : - 12 Months

Ferro Silicon is made up of alloy of silicon and iron comprising average silicon ranging between 15 and 90 percent.    

Iron silicides have high percentage of Ferro Silicon. Production of our range is carried out by reduction of sand/silica  

Along with the coke while scrap iron, millscale and silicon content near about 15% are present in it.   

Ferro Silicon we provide found vast application in blast furnaces that have acid fire bricks.

Features: -

• Ferro Silicon is used in electric arc furnaces and have high silicon content   
• It is a good silicon source and used for reducing the metals from oxides   
• Formulations in which we make our range available are 15%, 45%, 75%, and 90% silicon   
• Used in electrode coating and arc welding   
• Used in manufacturing of ferrosilicon, cast iron and finds application in iron's inoculation in order to speed-up graphitization   
• Prevents carbon loss from molten steel   
• Used for deoxidizing of steel and other ferrous alloys   
• Used in silicon manufacturing, corrosion-resistant and high-temperature resistant ferrous silicon alloys and silicon   
• steel which is used for electromotor and transformer cores. 

The use of graphite as a refractory material began before 1900 with the graphite crucible used to hold molten metal;    

 this is now a minor part of refractories. In the mid-1980s, the carbon-magnesite brick became important,    

and a bit later the alumina-graphite shape. As of 2017 the order of importance is: alumina-graphite shapes,    

carbon-magnesite brick, monolithics (gunning and ramming mixes), and then crucibles. 

Features: -

• Crucibles began using very large flake graphite, and carbon-magnesite brick requiring not quite so large flake graphite;   
• for these and others there is now much more flexibility in the size of flake required, and amorphous graphite is no   
•  - longer restricted to low-end refractories. Alumina-graphite shapes are used as continuous casting ware,    
• such as nozzles and troughs, to convey the molten steel from ladle to mold, and carbon magnesite bricks line steel   
•  converters and electric-arc furnaces to withstand extreme temperatures.    
•  Graphite blocks are also used in parts of blast furnace linings where the high thermal conductivity of the graphite is critical.   
•  High-purity monolithics are often used as a continuous furnace lining instead of carbon-magnesite bricks. 

 Features: -

• We are engaged in offering our clients with a qualitative range of Silico Manganese.    
• These are ferro alloys with high contents of manganese and silicon.    
• Our range is procured from reputed manufacturers and checked for compliance with the required industry standards    

Our clients can avail from us a qualitative range of High Carbon Ferro Manganese.    

We procure these from reputed manufacturers in the industry and offer at competitive prices to our clients.    

These are also checked stringently by our expert quality personnel for its compliance with the prevailing international quality standards. 

Features:

• Water glass is a useful binder of solids, such as vermiculite and perlite.   
• When blended with the aforementioned lightweight aggregates, water glass can be used to make hard,
• high-temperature insulation boards used for refractories, passive fire protection and high temperature insulations,    
• such as moulded pipe insulation applications. When mixed with finely divided mineral powders, such as vermiculite    
• dust (which is common scrap from the exfoliation process), one can produce high temperature adhesives.   
• The intumescence disappears in the presence of finely divided mineral dust, whereby the waterglass becomes a mere matrix.
• Waterglass is inexpensive and abundantly available, which makes its use popular in many refractory applications.