Products in Technical Salts & Inorganics: Ceramics

Acid Grade Fluorspar or acidspar (CaF₂), is a fine grained material composed of 51.1% calcium and 48.9% fluorine. Acidspar is generally 97% - 99.9% calcium fluoride depending on the deposits, mining techniques and processing techniques.  Fluorite, generally called acidspar, is used to make hydrofluoric acid for refrigerants, as a flux for the steel industry, in glazes, fritz and enamels for glass and ceramics industries and household items such as toothpaste.

Metallurgical Grade Fluorspar, also referred to as ‘metspar’, calcium fluoride, fluorite or CaF₂ is an essential raw material for steel producers, ceramics and chemical industries. CaF₂ is composed of 51.1% calcium and 48.9% fluorine. Metspar is about 60%-85% calcium fluoride depending on where it is sourced and what residual elements are in the deposits. Metspar is widely used in the steel making process as a fluxing agent. The fluorspar affects the slag, (a stony waste matter separated from metals during the smelting or refining of ore) by making it more fluid. Metspar, or fluorspar in general, also decreases the melting point for the raw iron ore referred to as temperature control and removes additional impurities such as sulfur and phosphorus. Fluorspar takes its name from the Latin word “fluo” which means “flow” because as it lowers the melting point of ores to make steel, the ores flow more easily. Metspar also reduces any re-oxidation (for example rusting) of the final liquid metal.

Talc is a mineral group VIII (silicates), according to the classification of Strunz, white to blue gray. In the Mohs scale is taken as a pattern of least hardness, assigning him conventionally value 1. To touch is so greasy or soapy that can be scratched with a fingernail.

Fused Silica is made from high purity silica, using unique fusion technology to ensure the highest quality. Our Fused Silica is over 99% amorphous and has an extremely low coefficient of thermal expansion and high resistance to thermal shock. Fused Silica is inert, has excellent chemical stability, and has extremely low electrical conductivity.

The MAL Magyar Aluminum DRIED TYPES ALOLT 01 production is based on own Bayer process, where the raw material is bauxite. Aluminum-trihydrate (ATH) is produced in different grades: wet, dried, ground, viscosity optimized and fine precipitated ones. Wet and dried hydrates are mainly used as raw material in the production of: synthetic zeolites; aluminum compounds; glasses, ceramics, refractories; other chemical products.

Cobalt (II) Formate Dihydrate (Co(HCOO)2·2H2O) is a water-soluble reddish crystalline solid.

MAL Magyar Aluminum WET TYPES ALH-D80 is based on own Bayer process, where the raw material is bauxite. Aluminum-trihydrate (ATH) is produced in different grades: wet, dried, ground, viscosity optimized and fine precipitated ones. Wet and dried hydrates are mainly used as raw material in the production of: synthetic zeolites; aluminum compounds; glasses, ceramics, refractories; other chemical products.

Marathwada Chemicals Alumina Hydrate is acidic in chemical behavior and has livering tendency, and is used as extender & filler pigment in paper, leather cloth, cosmetics, crayons, match chemicals, polishing agents, ceramics and refractory, ceramic colors, adhesives, rubber, paints, etc.

The MAL Magyar Aluminum DRIED TYPES ALOLT 1AF production is based on own Bayer process, where the raw material is bauxite. Aluminum-trihydrate (ATH) is produced in different grades: wet, dried, ground, viscosity optimized and fine precipitated ones. Wet and dried hydrates are mainly used as raw material in the production of: synthetic zeolites; aluminum compounds; glasses, ceramics, refractories; other chemical products.

Rose Mill Anhydrous borax (Sodium Tetraborate) is a hard, glassy, granular material used in the production of glass, fiberglass, cleaning products, enamels and coatings, and metallurgy. Anhydrous Borax is a stable, white/clear granule that should be kept from moisture and humidity to maintain product integrity.

MAL Magyar Aluminum WET TYPES ALH-W90 is based on own Bayer process, where the raw material is bauxite. Aluminum-trihydrate (ATH) is produced in different grades: wet, dried, ground, viscosity optimized and fine precipitated ones. Wet and dried hydrates are mainly used as raw material in the production of: synthetic zeolites; aluminum compounds; glasses, ceramics, refractories; other chemical products.