Quartz Grad B
Sio2 > 98% Fe2o3 < 0.3 %
lumps from 3:12 Cm
Grits From 1:12 MM
Powder Up to 75 Micron
The Quartz B grade material has visible red and yellow patches. It can be used for various industrial applications like ceramics, engineering stones, used as filler in manufacture of paint and rubber.
Quartz B Grade Lumps from our own Quarry
Mesh Size : 200/300/325 Al2o3 : 0.10% - 0.15% Sio2 : 98% Fe2o3 : 0.05% - 0.09% Lol : 0.01%
Lol : 0.15% Mesh Size : 200/300/325 Al2o3 : 1% Sio2 : 96% - 97% Fe2o3 : 0.10% - 0.15%
B grade quartz: Quartz lumps with one or more sides contaminated with iron oxidation marks, clay, etc.
B grade quartz: Quartz lumps with one or more sides contaminated with iron oxidation marks, clay, etc. 1. Oversize (% by weight) using NABL calibrated test sieves of Jayant Scientific =
Quartz Grits Grade A & B Color: Milky & Glossy white and off white Available almost all sizes
Quartz A grade refer to high-quality quartz that are of the highest grade and purity. This grade typically has a minimum SiO2 content of 99.60 - 99.99%, making them suitable for use in industries where high purity is critical, such as in the production of high-quality optical lenses, semiconductors, and other electronics components. Quartz A grade has a particle size ranging from 1mm to 10mm, in the case of Lumps, depending on the specific application. They are carefully selected and processed to ensure that they meet strict quality standards, including low levels of impurities and uniform particle size distribution.
Quartz chips of M grade are similar to quartz lumps of M grade in terms of their high purity and particle size. They also have a minimum SiO2 content of 99.95% and are considered to be of medium grade, with a particle size ranging from 1mm to 6mm. Quartz chips are commonly used in the manufacturing of high-quality glass, ceramics, and electronics components. They are also used in the construction industry as an additive to concrete and mortar to increase strength and durability. The M grade quartz chips are preferred in applications where a medium particle size is required. They are often used as a filler material in the production of refractory products, such as high-temperature insulation and linings
