Products in Other Industrial Applications: Aluminum Compounds

Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.

Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.

Mica Is A Generic Term Applicable To The Group Of Complex Aluminosilicate Minerals That Occur Naturally In Plate Or Sheet-Like Form.

MAL Magyar Aluminum GROUND HYDRATES ALOLT 2AF for Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

U.S. Metal Powders Aluminum Alloy Powders has a wide varieties which are 4000, 6000, 7000 series.

Rhineland Specilaties Aluminum sulfate hydrate is used in photonics/optics, CMP/polishing slurries, dielectrics, photovoltaics, ceramics, nanomaterials, functional coatings, catalysts and supports, and specialty applications.

For MAL Magyar Aluminum VISCOSITY OPTIMIZED HYDRATES ALOLT 704 Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

Rhineland Specilaties Aluminum oxide (alpha) is used in photonics/optics, CMP/polishing slurries, dielectrics, photovoltaics, ceramics, nanomaterials, functional coatings, catalysts and supports, and specialty applications.

Minerios Ouro Branco Natural Kaolin is a mineral of inorganic constitution, white powder until slightly creamy, fine, odorless, insoluble, chemically inert, extracted from deposits and processed in different granulometric ranges according to the desired application. It is presented in lamellar crystalline form with an irregular surface, providing great adsorption power. It can be treated by chemical bleaching or by calcination leaving the product whiter.

For MAL Magyar Aluminum GROUND HYDRATES ALOLT 30AF Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

MAL Magyar Aluminum GROUND HYDRATES ALOLT 21AF for Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

Corro Therm CT-334 Ceramically Bonded Aluminum is a unique water-based, ceramically bonded inorganic compound. It is used successfully by casting manufacturers and powder coaters. CT-334 fills voids, porosity and other surface defects and can help avoid costly repairs or replacement. Once it is cured it can be ground, machined or over coated.

adaCAL B1 enhances the product's strength, opacity, whiteness, brightness, and viscosity adjustment (thixotropy) Because of these properties, it can be used in a variety of industries, including paint, plastic, paper, food, cosmetics, and rubber. When adaCAL is used in paint, hiding power is increased. The desired level of whiteness is achieved. The surface smoothness is improved. The desired brightness/opacity level is specified. Scrub resistance has been improved. Density is reduced. With the use of adaCAL in plastic, the impact strength of PVC profile products is improved (even at low temperatures)

Minerios Ouro Branco Calcined Kaolin 0B-2940 is a synthetically modified mineral, manufactured from the calcination of natural kaolin (aluminum silicate). After the calcination process, its crystalline form is modified due to the loss of crystalline water from the molecule, leaving the material whiter, more opaque and abrasive. Inorganic material, chemically inert and benefited in low granulometry.

AdaCAL P-1 adds strength, opacity, whiteness, brightness, and the ability to adjust viscosity to the product (thixotropy) Because of these characteristics, it can be used in a variety of industries, including paint, plastic, paper coating, food, chemistry, and pharmaceuticals. When adaCAL P1 is used in paint, hiding power is increased. The desired level of whiteness is achieved. The surface smoothness is improved. The desired brightness/opacity level is specified. Scrub resistance has been improved. Density is reduced.

For MAL Magyar Aluminum GROUND HYDRATES ALOLT 59AF Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

MAL Magyar Aluminum GROUND HYDRATES ALOLT 28AF for Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

Rhineland Specilaties Aluminum nitrate nonahydrate is used in photonics/optics, CMP/polishing slurries, dielectrics, photovoltaics, ceramics, nanomaterials, functional coatings, catalysts and supports, and specialty applications.

Ceno Technolgies ALAG 450 Powder deposits precisely controlled amounts of sliver (and other metals including gold, palladium, iridium, etc.) onto nanoparticles, thus producing highly reflective materials with the conductivity of the precious metals but without the high cost or weight. Further research has resulted in materials which can absorb electromagnetic energy instead of simply reflecting it. Please contact us directly for further details and recommendations.

For MAL Magyar Aluminum VISCOSITY OPTIMIZED HYDRATES ALOLT 710 are Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

For MAL Magyar Aluminum GROUND HYDRATES ALOLT 50AFGround and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

For MAL Magyar Aluminum GROUND HYDRATES ALOLT 38AF Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

MAL Magyar Aluminum GROUND HYDRATES ALOLT 8AF for Ground and finely precipitated hydrates are mainly used as environmentally friendly flame retardant filler materials in the production of: cable insulation; thermoplastics; cross-linked elastomers; polyurethanes; PVC; water-based dispersions; polyester resins; papers; epoxy resins; paints. All these grades are white (whiteness > 90 %).

adaCAL B1-C enhances product properties such as strength, opacity, whiteness, brightness, and viscosity adjustment (thixotropy) Because of these characteristics, it can be used in a variety of industries such as paint, plastic, chemistry, and so on. When adaCAL B1-C is used in paint, the hiding power is increased. The desired level of whiteness is achieved. The surface smoothness is improved. The desired brightness/opacity level is specified. Scrub resistance has been improved. Density is reduced.