Snow white quartz is another form of quartz with almost same kind of composition as glassy quartz. These are white in colour and are naturally available in sizes of 3-12 inches. They are used in the ceramic industry, refractories and cement industry and for landscaping purposes. They are available in various sizes and shapes as demanded by our customers. Snow white quartz are also available based on the size of their particles for example granular particles, powder and boulders.

Analyte	O-Sill	O-Sil II	O-Sil III
SiO2	99.80% (±0.10%)	99.40% (±0.20%)	98.50% (±0.30%)
Al2O3	00.06% (±0.01%)	00.20% (±0.10%)	00.40% (±0.10%)
Fe2O3	00.01% (max)	00.015% (max)	00.10% (max)
K20	25 ppm (max)	00.001% (max)	00.20% (max)
Na20	40 ppm (max)	00.001% (max)	00.09% (max)
TiO2	Nil	00.001% (max)	00.001% (max)
Lol@ 1000°C	00.05%	00.10%	00.10%

Gassy quartz is a crystal form of silica found mostly in hills. It is a naturally occurring raw mineral with concoidal fracture (no cleavage). Such rocks are usually composed of silica tetrahedral and finds usage mainly in the glass industry because of its natural glassy and near transparent property. They help in production of various kinds of glass products like capillary tubes, beakers etc. We produce completely according to the requirements of our clients.

Analyte	O-Sill	O-Sil II	O-Sil III
SiO2	99.80%(±0.10%)	99.40%(±0.20%)	98.50%(±0.30%)
Al2O3	00.06%(±0.01%)	00.20%(±0.10%)	00.40%(±0.10%)
Fe2O3	00.01% (max)	00.015% (max)	00.10% (max)
K20	25 ppm (max)	00.001% (max)	00.20% (max)
Na2O	40 ppm (max)	00.001% (max)	00.09% (max)
TiO2	Nil	00.001% (max)	00.001% (max)
Lol@1000°C	00.05%	00.10%	00.10%

These are sand sized particles of quartz mainly found on beaches. It is important to note that the longer the river, the more time the earth has to purify the materials, and the "cleaner" the quartz sand on the beach. It is used mostly in industries like foundry, construction, abrasive blasting, railroad, water purifier etc.

Analyte	O-Sill	O-Sil II	O-Sil III
SiO2	99.80%(±0.10%)	99.40%(±0.20%)	98.50%(±0.30%)
Al2O3	00.06%(±0.01%)	00.20%(±0.10%)	00.40%(±0.10%)
Fe2O3	00.01% (max)	00.015% (max)	00.10% (max)
K20	25 ppm (max)	00.001% (max)	00.20% (max)
Na20	40 ppm (max)	00.001% (max)	00.09% (max)
TiO2	Nil	00.001% (max)	00.001% (max)
Lol@1000°C	00.05%	00.10%	00.10%

Feldspar is the most essential material used in ceramics. Feldspar are a group of closely related minerals that make up the earth's crust. These minerals can be grouped into two major categories:

• The plagioclase feldspar
• The alkali feldspar (most of which are potassium feldspar or K-feldspar)

All of them are based on the silica group, a cluster of atoms consisting of silicon and oxygen, which in the feldspar forms rigid three-dimensional interlocking frameworks. It is mostly used as bonding agent along with magnesium oxide, magnesium chloride and other synthetic glue in the manufacture of:

• Abrasives
• Wheels
• Discs and other shapes.

Analyte	O-Spar(K)I	O-Spar (K) II	O-Spar (K) III
SiO2	67.00% (±2.00%)	68.00% (±2.00%)	71.00% (±2.00%)
Al2O3	18.00% (±0.50%)	17.50% (±0.50%)	16.50% (±1.00%)
K2O	12.00% (±0.80%)	10.00% (±0.80%)	08.00% (±1.00%)
Na2O	02.50% (±0.80%)	02.75% (±0.80%)	02.75% (±1.00%)
Fe2O3	00.03% (±0.01%)	00.06% (±0.02%)	00.10% (±0.08%)
CaO	Nil	Nil	Nil
FMgO	Nil	Nil	Nil
TiO2	Nil	Nil	Nil
Lol@1000°C	00.10%	00.20%	00.20%

Sodium Feldspar is the universal flux used in all ceramic bodies. None of the minerals found in the feldspar group is found pure and it contain traces of anorthite, iron-oxide and magnesia. It is widely used in the following:

• As flux in the fabrication of glass
• Ceramic
• Dental Porcelain
• Porcelain Insulator
• Fruits

Analyte	O-Spar (K) I	O-Spar (K) II	O-Spar (K) III
Si02	68.50%(±2.00%)	72.00%(±2.00%)	70.00%(±2.00%)
Al203	18.50%(±0.50%)	16.00%(±1.00%)	17.00%(±1.00%)
Na2O	11.00%(±1.00%)	08.00%(±1.00%)	7.50%(±1.00%)
K20	00.50%(±0.30%)	00.50%(±0.30%)	4.00%(±1.00%)
Fe2o3	00.08%(±0.05%)	00.15%(±0.05%)	00.10%(±0.05%)
Mgo	00.10%(±0.10%)	00.20%(±0.05%)	00.20%(±0.05%)
CaO	00.05%(±0.04%)	00.20%(±0.05%)	00.20%(±0.05%)
Mn02	00.001% (max)	00.09%(±0.05%)	00.05%(±0.02%)
Ti02	Nil	Nil	Nil
LOl@1000 degree celsius	00.20%	00.20%	00.20%

Dolomite is a transitory mineral. It has an intermediate composition between lime stone and Magnetite. It is mainly used as:

• Ornamental stone
• Raw material for the manufacture of cement
• Source of magnesium oxide.

It is also an important petroleum reservoir rock, and serves as the host rock for large strata-bound Mississippi valley-type (MVT) ore deposits of base metals (that is, readily oxidized metals) such as lead, zinc and copper. Where calcite limestone is uncommon or too costly, dolomite is sometime used in its place as a flux (impurity remover) for the smelting of iron and steel. It also finds usage in horticulture, home and container gardening.

Analyte	O-Mite
SiO2	02.00% (±1.00%)
Al2O3	00.15% (±0.05%)
Fe2O3	00.10% (±0.08%)
MgO	21.50% (±1.00%)
CaO	30.00% (±2.00%)
As SO3	0.04%
Lol@1000°C	46.00% (±1.0%)

Calcite is a carbonate of lime, that is abundantly distributed on the surface of the earth. It is mostly found in sedimentary rocks, lime stone in particular. It is also found in metamorphic marble. Calcite is often the primary constituent of the shells of marine organisms, e.g., plankton (such as coccoliths and plank tic foraminifera), the hard parts of red algae, some sponges etc. It is largely used in industries such as:

• Textile
• Rubber
• Paints
• Glass
• Ceramic Paints

Analyte	O-Cite
CaO	55.50% (±0.50%)
MgO	Nil
Sio2	00.50% (±0.10%)
Al2o3	00.60% (±0.05%)
Fe2o3	00.30% (±0.01%)
LOL@1000°C	43.50% (±2.00%)
Probable Composition
CaCo3	98.50% (±0.50%)
MgCo3	Nil

Talc in its natural form is a hydrous magnesium silicate. It is used as a flux or cleansing agent for alumina ceramics, sanitary ware and dinnerware. It is comparably a low priced source of magnesium. It helps to produce less porous bodies at low firing temperature.

Analyte	O-Talc (P)	O-Talc (C)
SiO2	62.00% (±1.0%)	61.00% (±1.0%)
MgO	31.00% (±2.0%)	28.00% (±1.0%)
CaO	01.00% (±0.5%)	03.00% (±1.0%)
Fe203	00.50% (±0.1%)	00.50% (±0.1%)
Lol@1000°C	05.00% (±1.0%)	06.50% (±1.0%)
Ph	09.00% (±0.5%)	09.00% (±0.5%)
Brightness	88.00% (±0.5%)	82.00% (±1.0%)

We offer high quality and high grade (55-65% grade). Iron ore fines and iron ore lumps. These are extracted with meticulous detailing by our skilled workmen. The iron ore supplied by us forms the major component for the iron & steel and downstream industries. We ensure complete satisfaction of our clients by supplying custom and standard sizes of our iron ore.

Pure Bauxite is one of the basic metalic minerals. Though aluminium (in crude from) is one of the most predominant elements in the earth's crust. Bauxite is the only ore which is commercially used for the extraction of alumina, the basic raw material for aluminum production.

Refractory & Abrasive grade Calcined Bauxite being manufactured out of High grade Raw Bauxite duly heated upto 1200*/1500* Temp as required for uses, which are the main raw materials for Refractories Plants Abrasive units, Steel Plants, mortar etc

Raw Bauxite	Cement Grade	Metal Grade
Al2O3	48-50%min	48-50%max
Fe2O3	10%min	10%min
SiO2	5-7% max	4%max
TiO2	3.5% max	3.5% max
CaO	2.5-3%	2% max
LoI	29% max	28-30% max
Size	0-100 mm	+5-100 mm
Moisture	5% max	5% max)

Applications	Quartz	Sodium Feldspar	Potassium Feldspar	Limestone	Dolomite	Calclte	Soap Stone
Borosilicate Glassware	•	•	•		•	•
Cables						•
Ceramic		•	•	•		•	•
Cosmetics						•	•
Dental Porcelain		•	•

Applications	Quartz	Sodium Feldspar	Potassium Feldspar	Limestone	Dolomite	Calclte	Soap Stone
Electronics	•
Fertilizers					•
Floors & Wall Tiles	•	•	•		•		•
Water Treatment Chemicals
Welding Electrodes			•			•	•