Nupur Internationals Ahmedabad, Gujarat

We are offering silica sand. Silicon and oxygen are the earth's two most abundant elements and together they make silica, one of the earth's three most common rock forming minerals the first industrial uses of crystalline silica were probably related to metallurgical and glass making activities a few thousand years bc. It has continued to support human development throughout history, being a key raw material in the industrial revolution especially in the glass, foundry and ceramics industries. Silica contributes to today's information technology revolution being used in the plastics of computer mouses and providing the raw material for silicon chips. Specifications sio2 98% fe2o3 0.15% al2o3 1.15% silica sand chemical analysis % bt wt fe2o3 0.14 al2o3 0.34 k2o 0.01 na2o 0.04 so3 0.0007 mgo 0.05 cao 0.01 sio2 99.11 loi 0.10 silica flour physical state : the material as submitted sample received shall be is in the from of crystalline powder, crystalline powder, free from dirt and not free from foreign , matter foreign matter. Sieve analysis (an dry method) retained on 52 mash b.s.s or equivalent sieve percent by mass 1.0 (max) 0.04 retained on 120 mesh b.s.s or equivalent sieve percent by mesh 60.0 (min) 88.18 passing through 200 mesh or equivalent sieve percent by mass 2.0 (max) 0.22 silica content percent by mass 98.0 (min) 98.87 sand organic 200 mg 1 ltr in organic 3000mg1ltr shlphates (as so3) 400 mg 1 ltr cholorides (as c1) 2000 mg 1 ltr (plain concret) (500 mg 1 ltr r.c.c.) suspended matter 2000 mg 1 ltr silica quatrz loss on ignition 0.1% sio2 99.4% fe2o3 0.2% mixed oxide as r2o3 0.4% al2o3 0.2% cao traces mgo traces applications

We are offering ball clay. Ball clay is a fine grained and plastic sedimentary clay, mined and processed (water washed and filter pressed). The inherent ball clay is valued in its high plasticity, dry strength, green strength, bonding nature etc. The high plasticity facilitates shaping and finishing of ceramic bodies and high strength allows un-dried clay article to keep their shape and withstand all types of molding, shaping and conveying during manufacture. Hence asha-07 ball clay is recommended for refractory products, ceramic granite tiles, glazed tiles, table ware & high tension electric insulators etc. A vital material in ceramics - ball clays are used in many different industries, but in particular form a vital component in ceramic manufacturing. kaolin (‘china clay’) produces a very white color when it is fired, but used alone it is brittle and weak and must be mixed with ball clay to produce a workable, malleable raw material. as a result of their sedimentary origin, raw ball clays have a wide range of colors. however, many of them are valued by the ceramics industry for their white-firing properties, which are determined by the levels of iron and other coloringfluxing oxides within the clay. Specifications ball clay-bcw-1 sio 59.46 al2o3 25.89 fe2o3 1.11 tio2 0.059 cao 0.89 mgo tr na2o 0.35 k2o 0.63 li2o nil so3 0.23 l o I 10.82 applications sanitaryware: a ‘ceramic body’ for sanitaryware typically includes 30% ball clay to provide plasticity and workability, 20% kaolin, 30% feldspar and 20% quartzsilica. Tableware: ceramic tableware utilizes ball clay to provide high plasticity and a good white-fired color, combined with kaolin, feldspar and quartz. Glazes and engobes: ball clays are also used in the production of coatings for ceramic products to ensure the perfect finish.

We are offering bauxite ore. Bauxite is a naturally occurring, heterogeneous material composed primarily of one or more aluminum hydroxide minerals, plus various mixtures of silica, iron oxide, titania, aluminosilicate, and other impurities in minor or trace amounts. The principal aluminum hydroxide minerals found in varying proportions with bauxites are gibbsite and the polymorphs boehmite and diaspore. bauxites are typically classified according to their intended commercial application: abrasive, cement, chemical, metallurgical, refractory, etc. the bulk of world bauxite production (approximately 85%) is used as feed for the manufacture of alumina via a wet chemical caustic leach method commonly known as the bayer process. subsequently, the majority of the resulting alumina produced from this refining process is in turn employed as the feedstock for the production of aluminum metal by the electrolytic reduction of alumina in a molten bath of natural or synthetic cryolite (na3alf6), the hall-héroult process.