Inorganics Suppliers and Manufacturers

Lemon Chrome Middle Chrome Primrose Chrome Scarlet Chrome Zinc Chrome Zinc Tetroxy Chromate Zinc Phosphate Ultramarine Blue Chrome Oxide Green

SMBS:Sodium Metabisulphite: Food & Technical grades Sodium bisulphite

Those Pigments that are made up of mineral compounds are known as to be Inorganic Pigments. These minerals are mainly oxides, sulfides of one or more than one metals. To impart colors in different compounds, inorganic pigments are applied. Used In Paper Plastics Concrete Inks Characteristics Optimum dispersion in respective medium as per application area Good color value Excellent AR/SR resistance better over their organic counterparts can withstand the impact of sunlight and chemical exposure good opacity more durability available at low cost in respect to the organic pigments increase rash inhibition, abrasion resistance and rigidity to the molecules

Inorganic Pigments

Ammonia Solution - 25% Activated Carbon Aluminium sulphate Ferric / Non Ferric Grade Ammonium Sulphate Boric Acid Copper Sulphate Calcium Acetate Caustic Soda Lye / Flakes Calcium Hypochlorite 30-35% & 65-70% Chloride Powder / Flakes Hydrated Lime  Magnesium Sulphate Potassium sulphate  Soda Ash Light / Dense  Sodium Chloride  Sodium Sulphate  Sodium Bicarbonate Zinc Sulphate 

Inorganic Pigments Inorganic Pigments are sub classified into Chromes : Chromes are prepared by reaction with Sodium Bi-Chromate, Lead Nitrate called Lead Chromate. Anticorrosive Pigments : Anticorrosive Pigments Contains Zinc Chromate, Zinc Tetroxychrome, Zinc Phosphate. Leading manufacturer and exporter of Inorganic Pigments from India Principal manufacturer and exporter of inorgnicos pigmentos of India Fhrende Hersteller und Exporteur von Inorganic Pigments aus Indien Manufacturer and exporter of inorganic pigments from India We are leading manufacturer and exporter of Inorganic Pigments and industrial inorganic pigments in india. These Inorganic Pigments and Industrial Inorganic Pigments are used for coating, ink and plastic. - Inorganic Pigments for Coating - Inorganic Pigments for Inks - Inorganic Pigments for Plastics

Inorganic chemicals 1 kg 25 kg

Pigments differ from dyes in the sense that these are colorants that are largely insoluble in water and oil. They are majorly for industrial use in plastics, paints and coatings. These pigments are further characterized into organic and inorganic segments. Our sourcing of pigments assures you of quality and consistency, through and through. Applications: Cosmetics, rubbers, paints, coatings, cements Inorganic or synthetic pigments are formulated in labs giving control on the outcome to the manufacturers.

Teyan inorganic pigments: Carbon black red hue, carbon black c311; Iron oxide red:101, 130, 868, 920; Molybdate red:107, 207, 307; Coated molybdate red 107; Chrome orange:115; Medium chrome yellow 103; Coated chrome yellow 103; Dark chrome yellow:124; Lemon yellow 501; Coated lemon yellow 501; Light chrome yellow:502; Iron oxide green 868.

Procurement of seeds, crops and other raw products, only after complete quality check. Decent Warehouse, equipped to keep the products intact, fresh and clean. Routine sterilization for the control of microbiological contamination. Round the clock monitoring of form, appearance and smell of the products. Keeping track of the stock along with the data like Packing date, weight, date of manufacture, storage and shelf life. Significant investment in R&D to instil more quality in our products and processes, in order to continue to satisfy our customers. Prompt shipment and timely delivery of products.

1. ULTRAMARINE BLUES 2. COPPER PHTHALOCYANINES BLUE:15:0,15:1,15:3 AND 15:4 GREEN:7 3. CHROME PIGMENTS:- MIDDLE CHROME,LEMON CHROME AND SCARLET CHROME 4. AZO PIGMENTS:- RED:2,3,4,8,12,53:1,57:1,48:2,210,146,170 ORANGE:5,13,34 YELLOW:-1,3,12,13,14,17,83,74,191 5. CARBON BLACKS:- BLACK 7 6. VIOLET TONERS:- VIOLET:3 AND VIOLET:27 7. CARBAZOL PIGMENTS:- VIOLET 23 * Pigment Pastes of all colours with Multiple Applications include Oxide pastes

International standard

Clotran fertilizers are inorganic fertilizers containing elements of n and k2o dominant, serves to increase the production of agricultural andplantation tananman. Which is also supported by other nutrients such as cl, mgo, cao, and s. Thus, the soil rich in organic matter that isuseful to stimulate soil microbial activity that will have a positive impact as well as soil fertility will be maintained. 50kg and 25kg

Industrial chemical We are exporter of following chemicals: 1. Acetic acid glacial 2. Hydrochloric acid 33%/34%/35-37% 3. Nitric acid 54%/60%/70-72% 4. Sulphuric acid dilute for battery 5. Sulphuric acid 95-98% 6. Potassium nitrate bp 7. Sodium chloride 8. Potassium chloride 9. Calcium chloride dihydrate 10. Magnesium chloride hexahydrate 11. Sodium bicarbonate 12. Sodium acetate 13. Ammonium chloride 14. Di basic sodium phosphate 15. Calcium acetate dried And all other type of laboratory chemicals and minerals

Inorganic chemical filler

Organic and inorganic chemicals 1 kg 25 kg

Inorganic nano bindersfor various paint use Inorganic hybrid binders Sn-500 inorganic hybrid binders for anti-stain & hard coating of non-plastic substrate Sn-502 inorganic hybrid binders for anti-stain & hard coating of non-plastic substrate, can re-coating baking type Sn-504 inorganic hybrid binders for anti-stain & hard coating of non-plastic substrate, can re-coating fast-drying type Sn-600 inorganic hybrid binders for anti-stain & hard coating of plastic substrate ◘ water-based silica sol binders Sn-100 water-based inorganic binder for concrete wall ◘ water-based metal silicate binders Sn-300 water-based inorganic binders for zinc-rich primer used in anti-corrosion resistance for constructed steel Sn-302 water-based inorganic high temperature resistance binder for anti-corrosion resistance used in constructed steel Sn-304 water-based inorganic high temperature resistance binder for anti-corrosion resistance used in constructed steel ◘ water-based metal phosphate binders Sn-200 water-based inorganic resin for high temperature resistance can stand up to 1200ns Flame retardant agents 1.Fr-202 fire retardant agent for paper and fiber 2.Fr-911c fire retardant agent for structure steel 3.Fr-1030 solvent-based, halogen-free transparent intumescent flame retardant agent for clear wood coating paint 4.Fr-0420 water-based, halogen-free, white intumescent flame retardant agent for color paint

Pervaporation membranes can be classified into organic and inorganic membranes. NaA zeolite membrane, as an inorganic membrane, has well-defined zeolitic pores with high hydrophilicity. The pore size of NaA zeolite membrane is 0.42 nm, which is larger than water molecule (~ 2.9 A) and less than most of organic molecular diameters. Therefore, the membrane shows excellent permselectivity and flux for separation of water from organics. Compared to organic membranes, the zeolite membranes have several advantages including higher permeation flux, higher separation factor and better thermal/chemical stability. During the separation process, the feed solvent is introduced to the feed side of the membrane, and the H2O is removed from the permeate side. The low pressure of the permeate side is maintained by the use of a vacuum pump. Water molecules are preferentially adsorbed on the surface of the membrane, and then permeate through NaA zeolite membrane layer. The driving force of the process is the difference in the partial pressures of water across the membrane. In the feed side, the dehydrated product can be achieved on the retentateï¼?and the H2O in the permeate side is condensed and drained. Pervaporation process The pervaporation process is not limited to the gas/liquid equilibrium of the solvent. It can achieve high-purity solvent with low energy consumption, and separate solvents which are difficult to be achieved by traditional separation methods such as distillation, extraction and adsorption. It has obvious advantages for separation of azeotropic or close azeotropic mixtures and dehydration of solvents with minor or trace water, which is a promising technology for substitution of traditional separation technologies. It has a promising application in energy, petrochemical industry, biological medicine, electronics, environmental protection and other fields.