We are a manufacturer of Inkjet Dyes, Food Colours. We are a pioneer manufacturer of Acid Blue 9, Acid Blue 1, Acid Yellow 73 powder, Acid Yellow 73 Liquid, Acid Blue 9 Liquid. Basic Liquid Dyes and Liquid Direct Dyes.
CAS No.: 2650-18-2 Other Names: Acid Blue FCF MF: C37H34N2NA2O9S3 EINECS No.: 223-339-8 Place of Origin: Gujarat, India Type: Acid Dye Usage: Food Dyestuffs, Leather Dyestuffs, Paper Dyestuffs Brand Name: Sparrowings Appearance: Powder Form
Acid Blue 9 Acid blue 9 200% C.I no : 42090 Cas no : 3844 - 45 -9 Commercial name : acid blue 9 Type of dye : acid dye Chemical class : triphenylmethane Description : bluish powder Hue : bright greenish blue Solubility gpl at rt : 200 û 225 Insoulubles % : 0.1- 0.2 Ph of 2.0 % soln : 6.0 - 7.0 Strength - reflectance : 100 +/ - 2 % De : 0.5 +/ - 0.2 Wavelength of max. Absorption nm : 630 Foaming : nil Dusting property : dedusted Moisturer content % : 6-may Heavy metals -- lead ppm : < 10 Arsenic ppm : < 03 Chromium ppm :
Molecular Formula:C37-H36-N2-O9-S3•2H3-N Appearance: redddish-violet powder Strengthí¦200.0% Waterí_5.0 % Insolubilityí_1.0% 25 kg/drum
Acid Blue 9 - C. I. No. 42090 - Food Blue 2 - Brilliant Blue FCF - FD&C BLUE NO. 1 - greenish-blue color in solution. It has very good resistance to fruit acids, benzoic acid, and sorbic acid. It has fair resistance to light and good resistance to heat. In combination with FD&C Yellow No. 5, it gives a wide range of bright greens. Application: beverages, bakery goods, dessert powders, candy, and confections.
CAS No:2650-18-2
CAS No:2650-18-2
Product Name: Acid Blue 9 C.I. No.: 42090 CAS No.: 2650-18-2 Molecular Formula: C37H42N4O9S3 Molecular Weight: 787.90 Shade:Colourful green light blue Relative name: AACL Pure Blue 200%;ABCOL Blue N B;Acid Alizarine Cyanine Green G; Acid Blue 9 39003;Acid Blue E-A;Acid Bright Blue FCF;Acid Turquoise Blue AE;Acid Turquoise Blue HE;Acid Blue E-A;Acid Blue FCF;Acid Blue FG; Acid Blue 9 Standard Fiber Soaping Persperation Fastness Oxygen bleaching Light Fastness Fading Stain AATCC Wool 4 4 2 2 1 ISO Wool 2-3 3 3 3 3 ACID BLUE 9 Properties: Violet powder, soluble in water, in 90 �� water solubility of 50 g/L, soluble in ethanol. The strong sulfuric acid in orange, dilute yellowish later. The water solution is green light blue dye, add sodium hydroxide after it shows colorless, and you have a deep purple precipitation. Good levelness, white sex is better, for copper, iron ion sensitive, dyeing should pay attention, or influence colored light. Applications: This product used for wool, silk,nylon with wool blended fabric dyeing and printing. Can also be used as a food dyes and organic pigments, also used for paper shading and anti-epidemic field, can also be used in leather color. Note: The data contained here are based on our current knowledge and experience. It is the responsibility of user to test our products before the final application.
Product Name: Acid Blue 9 CAS No.: 2650-18-2 Other Names: Brilliant Blue FCF MF: C37H42N4O9S3 Molecular Formula: 787.9 gm/mol Place of Origin: Gujarat, India Type: Acid Dye Usage: Ink Dyestuffs, Leather Dyestuffs, Paper Dyestuffs, Textile Dyestuffs, Wool Dyestuffs Brand Name: Shramik Chemicals Model Number: SC/106 Appearance: Dark blue Powder Sample: Free C.I.NO: 42090 H. S. Code: 32041259 Purity: 50% to 200%
Product name - acid blue 9 200% Type - triphenylmethane series ***** no. - 42090 ***** criteria test requirment 1 appearance : dark blue powder 2 solubility : 100 gms / lit. (min.) 3 loss on drying : 6 % max. (w/w at 105 deg. C.) 4 dye content : 65% (+ or û 2%). 5 uv absorption : 0.406 to 0.440abs at 630 nm of 0.0004% w/v solution 6 ph of 2% w/v soln. : 5.5 to 7.5 at 28 deg. C 7 water insoluble : 0.2% max. 8 dusting property : yes / no (as per requirement) 9 bulk density : 0.75 to 0.85 gm/cc 10 subsidary dyes : 3 (percent by mass max.) 11 dye intermediates : 6.8 (ebasa 0.3, obsa 1.5, leuco base 5) ( percent by mass max.) Acid violet 17 (300%) Type : triphenylmethane series ***** no. 42650 Appearance : dark violet powder Solubility : 50 gms / lit. (min) Loss on drying : 4%max. (w/w at 105 deg. C.) Shade & strength : comparable to standard (300%) Uv absorption : 0.750 abs at 548 nm of 0.001% w/v solution Ph of 2% w/v soln. : 6.5 to 7.5 Water insoluble : 0.5% max Dusting property : yes / no (as per sample) Bulk density : 0.65 to 0.70 gm/cc Confirm to standard: ir spectrum should match the standard Alkaline med. (10 ph) : blue Acidic med. (2 ph) : green Acid violet 49 (300%) Type : triphenylmethane series Ci no. 42640 Appearance : dark violet powder Solubility : 50 gms / lit. (min) Loss on drying : 4%max. (w/w at 105 deg. C.) Shade & strength: comparable to standard (300%) Uv absorption : 0.750 abs at 548 nm of 0.001% w/v solution Ph of 2% w/v soln. : 6.5 to 7.5 Water insoluble : 0.5% max Dusting property : yes / no (as per sample) Bulk density : 0.65 to 0.70 gm/cc Confirm to standard : ir spectrum should match the standard Alkaline med. (10 ph) : blue Acidic med. (2 ph) : green 25 kg hdpe drums/barrels
Stearic Acid CAS No.: 57-11-4 Chemical Formula: C18H36O2 CH3(CH2)16COOH Molecular Weight: 284.48 Properties: Pure product is small pieces of wax crystals in white with slightly luster Application: Mainly used in producing stearate; Sodium stearate; Magnesium stearate; Calcium stearate; Lead stearate; Aluminum stearate; Cadmium stearate; Ferric stearate; Potassium stearate. Also widely used in the raw materials such as plastic cold plasticizer; Stabilizer; Surfactant; Stripping punishment; Rubber vulcanization accelerator; Medical relief agent, polishing paste, metal mineral flotation agent, high melting point grease, waterproofing agents and the production of cosmetics cream. Besides, also be used as oil-soluble paint solvents, crayons transfer lubricant, wax Polish, stearic acid glyceride emulsifier, etc.
PFAD Is a by-product from refining Crude Palm Oil. It is a light brown solid at room temperature, melting to a brown liquid on heating. Palm Fatty Acid Distillate is used in soap industries, animal feed industries and as raw materials for oleochemical industries. Vitamin E can be extracted from PFAD. Specifications: Free Fatty Acids (as palmitic) 70% min Moisture & Impurities 1.0% max Saponifiable Matter 95% min(basis 97%)
Stearic Acid CAS No.: 57-11-4 Chemical Formula: C18H36O2 CH3(CH2)16COOH Molecular Weight: 284.48 Properties: Pure product is small pieces of wax crystals in white with slightly luster Application: Mainly used in producing stearate; Sodium stearate; Magnesium stearate; Calcium stearate; Lead stearate; Aluminum stearate; Cadmium stearate; Ferric stearate; Potassium stearate. Also widely used in the raw materials such as plastic cold plasticizer; Stabilizer; Surfactant; Stripping punishment; Rubber vulcanization accelerator; Medical relief agent, polishing paste, metal mineral flotation agent, high melting point grease, waterproofing agents and the production of cosmetics cream. Besides, also be used as oil-soluble paint solvents, crayons transfer lubricant, wax Polish, stearic acid glyceride emulsifier, etc.
We are supplier and exporter of Hydrochloric Acid. Hydrochloric acid is a strong inorganic acid that is used in many industrial processes such as refining metal, vinyl chloride mfg , leather processing etc... Hydrochloric Acid: U.N.NO 1789.Chemical Formula HCL Packing : 40 Kgs HDPE Jars or 250 Kgs HDPE Drums. Physical Property : Clear water white liquid having Sp.Gr.at 25oc - 1.14 to l.16 Chemical Property : Acidity as HCL 30-32% Sulphate as H2SO4 not more than 0.1% Iron as (FE) 0.002 to 0.003%
PFAD Is a by-product from refining Crude Palm Oil. It is a light brown solid at room temperature, melting to a brown liquid on heating. Palm Fatty Acid Distillate is used in soap industries, animal feed industries and as raw materials for oleochemical industries. Vitamin E can be extracted from PFAD. Specifications: Free Fatty Acids (as palmitic) 70% min Moisture & Impurities 1.0% max Saponifiable Matter 95% min(basis 97%)
Fatty acids are organic molecules composed of long hydrocarbon chains with a carboxylic acid group at one end. They are essential building blocks of fats and play vital roles in various biological processes. Fatty acids are classified into saturated, monounsaturated, and polyunsaturated types based on their chemical structure. They are a key source of energy for the body, serve as structural components of cell membranes, and are involved in the synthesis of various lipid molecules like triglycerides and phospholipids. Additionally, specific fatty acids like omega-3 and omega-6 are essential for human health and must be obtained from the diet. Fatty acids have far-reaching implications for nutrition, metabolism, and overall well-being, making them a critical component of our biology and diet.