Sodium sulfate is the sodium salt of sulfuric acid. Anhydrous, it is a white crystalline solid known as the mineral thenardite; the decahydrate has been known as Glauber's salt.
White, fine granular or powder, easily soluble in water showing neutrality. It can be dissolved in glycerin but insoluble in alcohol. Its accessibility makes it easily become monohydrated salt when it is exposed to the air. Mainly used in detergents, paper-making, glass, dyeing, textile and porcelain industries.
Chemical Name:Sodium Sulphate Anhydrous
Chemical Formula:Na2SO4
Molecular weight: 142
Petroleum Coke
Quartz is the most abundant and most common mineral on the Earth. It is found in almost every geological environment and also it is at least a component of almost every rock type. It has a hexagonal crystal structure and is made of trigonal crystallized silica. It is most varied in terms of varieties, colors and forms.
The most important distinction between the types of quartz is that one is of macrocrystalline, which is individual crystal visible to the unaided eye, and the other is microcrystalline or cryptodrystalline varieties, aggregates of crystals visible only under high magnification. Chalcedony is the generic term for cryptocrystalline quartz. The transparent variety tends to be macrocrystalline and the cryptocrystalline varieties are either translucent or mostly opaque.
We Produce Quartz in forms of :
â?¢ Granular Particles
â?¢ Powder (150-25 microns)
â?¢ lumps form 1 inches to 15 inches
Chemical Properties
Potash Feldspar- Feldspar is by far the most abundant group of minerals in the earth's crust, forming about 60% of terrestrial rocks. Most deposits offer sodium feldspar as well as potassium feldspar. Feldspars are primarily used in industrial applications for their alumina and alkali content. The term feldspar encompasses a whole range of materials. Most of the products we use on a daily basis are made with feldspar: glass for drinking, glass for protection, fiberglass for insulation, the floor tiles and shower basins in our bathrooms, and the tableware from which we eat.
Applications of Feldspar:
Glass: Feldspar is an important raw material, because the alkali content in feldspar acts as flux, lowering the glass batch melting temperature and thus reducing production costs.
Ceramics: Feldspars are used as fluxing agents to form a glassy phase at low temperatures and as a source of alkalis and alumina in glazes.
Fillers: Feldspars also are used as fillers and extenders in applications such as paints, plastics and rubber.
Enamel frits and glazes: Feldspar assists the enamel composition, assuring the absence of defects and the neatness of the end product: e.g. enamel frits, ceramic glazes, ceramic tile glazes, sanitary ware, tableware, electrical porcelain and giftware.
And many other end-uses: paint, mild abrasives, urethane, welding electrodes (production of steel), latex foam, the welding of rod coating, and road aggregate.
We produce POTASH FELDSPAR (K-SPAR) in forms of:
Granular Particles
Powder (150-25 microns)
Lumps form 1 inches to 15 inches
Sodium Feldspar- In ceramic bodies, the main vitrifying (fluxing) agent is feldspar. The majority of white ware bodies contain good proportions of feldspar. It acts as a flux. In the ceramic industry, the flux is defined as that portion of the body which develops glass phase. This is provided mostly by feldspar. The amount of flux in a ceramic body should be only in such a proportion as to develop the desired amount of vitrification. If excess of flux is added, the fired body becomes very glassy and consequently, brittle.
The glass and ceramic industries are the major consumers of feldspar and account for 95% of the total consumption.
Sodium feldspar is also called as Soda feldspar Sodium feldspar finds applications in vitrified tile, ceramic glazes, coatings, polymers and plastic compounding, Ceramics, Glass, Abrasives , and Paints
We produce SODIUM FELDSPAR(NA-SPAR) in forms of :
â?¢ Granular Particles
â?¢ Powder (150-25 microns)
â?¢ Lumps form 1 inches to 15 inches
Antifog Masterbatch is based on Organic compound derived from vegetative sources anchored in the polymers. It is mainly used for prevention of fogging on film surfaces at very low temperatures.
Specifications
Appearance
Translucent White colored granules
% Antifog (active ingredient)
15 %
Loose Bulk Density
0.62 ~ 0.64 gms/cm³
Odor
Odorless
Solubility
Insoluble in Water & Solvents
Stability
Stable at ambient temperature under normal conditions of use.
FEATURES
Prevents fogging on the film surfaces at low temperatures.
Maintains visibility of packed foods.
Human safe & Ecologically safe.
Compatible with respective polymers.
