Items Standard
Appearance "White to slightly creamy white,
hygroscopic powder or flakes"
Identification A. An orange -yellow precipitate is formed
B.A pale blue precipitate is formed
C.A deep red colour is produced
PH(1 in 20) 3.0~7.0
Water â?¤5.0%
Residue on ignition â?¤0.1%
Lead â?¤ 10ppm
Aldehydes â?¤0.05%
Hydrazine â?¤ 1ppm
Vinylpyrrolidone â?¤0.2%
2-Pyrrolidone â?¤3.0%
Peroxides(as H2O2) â?¤400ppm
K-value 27.0~32.4
Assay(Nitrogen) 11.5~12.8%
TAMC â?¤ 1000 cfu/g
TYMC â?¤ 100 cfu/g
Staphylococcus Aureus Negative in 10g
Salmonella Negative in 10g
Pseudomonas Aeruginosa Negative in 10g
E.Coli Negative in 10g
Items Standard
Appearance "White to slightly creamy white,
hygroscopic powder or flakes"
Identification A. An orange -yellow precipitate is formed
B.A pale blue precipitate is formed
C.A deep red colour is produced
PH(1 in 20) 3.0~7.0
Water â?¤5.0%
Residue on ignition â?¤0.1%
Lead â?¤ 10ppm
Aldehydes â?¤0.05%
Hydrazine â?¤ 1ppm
Vinylpyrrolidone â?¤0.2%
2-Pyrrolidone â?¤3.0%
Peroxides(as H2O2) â?¤400ppm
K-value 27.0~32.4
Assay(Nitrogen) 11.5~12.8%
TAMC â?¤ 1000 cfu/g
TYMC â?¤ 100 cfu/g
Staphylococcus Aureus Negative in 10g
Salmonella Negative in 10g
Pseudomonas Aeruginosa Negative in 10g
E.Coli Negative in 10g
Items Standard
Appearance "White to slightly creamy white,
hygroscopic powder or flakes"
Identification A. An orange -yellow precipitate is formed
B.A pale blue precipitate is formed
C.A deep red colour is produced
PH(1 in 20) 3.0~7.0
Water â?¤5.0%
Residue on ignition â?¤0.1%
Lead â?¤ 10ppm
Aldehydes â?¤0.05%
Hydrazine â?¤ 1ppm
Vinylpyrrolidone â?¤0.2%
2-Pyrrolidone â?¤3.0%
Peroxides(as H2O2) â?¤400ppm
K-value 27.0~32.4
Assay(Nitrogen) 11.5~12.8%
TAMC â?¤ 1000 cfu/g
TYMC â?¤ 100 cfu/g
Staphylococcus Aureus Negative in 10g
Salmonella Negative in 10g
Pseudomonas Aeruginosa Negative in 10g
E.Coli Negative in 10g
Items Standard
Appearance White to slightly creamy white
hygroscopic powder or flakes
Identification A An orange yellow precipitate is formed
BA pale blue precipitate is formed
CA deep red colour is produced
PH1 in 20 3070
Water 50
Residue on ignition 01
Lead 10ppm
Aldehydes 005
Hydrazine 1ppm
Vinylpyrrolidone 02
2Pyrrolidone 30
Peroxidesas H2O2 400ppm
Kvalue 270324
AssayNitrogen 115128
TAMC 1000 cfug
TYMC 100 cfug
Staphylococcus Aureus Negative in 10g
Salmonella Negative in 10g
Pseudomonas Aeruginosa Negative in 10g
EColi Negative in 10g
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Hindalco manufactures coarse alumina hydrate, metallurgical alumina, special alumina and alumina hydrate. The chemicals business focuses on special alumina and alumina hydrates, which are products of in-house technological innovation by our Research & Development team at Hindalco Innovation Centre-Alumina(HIC-A). This research centre is recognised by the Department of Scientific & Industrial Research (DSIR), Government of India.
The chemicals business serves a wide range of customers across 32 countries around the world with special alumina and alumina hydrates. Alumina hydrates find use in applications like alum, poly aluminium chloride (PAC), zeolites, aluminium fluoride, and as fire-retardant filler in polymer composites. Our special alumina finds a good suit in applications like refractory, ceramics, polishing compounds, abrasives and glass.
Hindalco's captive bauxite mines in the Indian states of Maharashtra, Jharkhand, Chhattisgarh, and Odisha, supply high quality raw material to our refineries located at Belagavi in Karnataka, Muri in Jharkhand and Renukoot in Uttar Pradesh, India. The alumina refineries at Belagavi, Muri and Renukoot have installed capacities of 350,000 TPA, 450,000 TPA and 700,000 TPA respectively. The state-of-the-art alumina refinery at Belagavi is dedicated to the manufacture of special alumina and alumina hydrates.
Utkal Alumina International Limited (UAIL), the fully-owned subsidiary of Hindalco Industries located in Rayagada district, Odisha, operates a most modern 2.1 MTPA alumina refinery.
Threonine â?? High-Quality Feed Additive for Animal Growth by Virtual International
Overview:
Virtual International brings you premium-grade Threonine, an essential amino acid crucial for the optimal growth and health of livestock, poultry, and aquaculture. As an indispensable component in animal nutrition, Threonine supports protein synthesis, immune function, and overall metabolism, making it a vital feed additive for balanced diets.
At Virtual International, we manufacture Threonine at our cutting-edge facility in Vapi, ensuring top-tier quality and effectiveness for improving animal growth and performance.
Key Benefits of Threonine:
Supports Protein Metabolism: Essential for building muscle mass and maintaining lean body weight.
Improves Feed Conversion Efficiency: Enhances the digestibility and utilization of feed, reducing feed costs.
Boosts Immune Response: Plays a vital role in the production of antibodies, supporting overall animal health.
Enhances Gut Health: Helps maintain intestinal integrity and nutrient absorption in animals.
Eco-Friendly Formulation: Reduces nitrogen excretion, promoting more sustainable and environmentally conscious farming practices.
Applications:
Poultry Feed: Improves growth rates, feed efficiency, and egg production.
Swine Feed: Increases muscle growth, improves feed conversion, and supports overall health.
Aquaculture Feed: Promotes growth and improves nutrient utilization in fish and shrimp.
Livestock Feed: Enhances growth performance and overall health in cattle, sheep, and goats.
Why Choose Threonine from Virtual International? At Virtual International, we are dedicated to producing high-quality feed additives like Threonine that support animal health and farm productivity. Our focus on quality control and sustainability ensures you receive a reliable and effective solution for your feed formulations.
Specifications:
Chemical Formula: Câ??Hâ??NOâ??
Appearance: White crystalline powder
Purity: 98% Min
Packaging: Available in 25kg bags or customized packaging options
Order Now and improve your animal feed formulations with Threonine from Virtual International, your trusted provider of essential amino acids for animal nutrition.
Introduction:
Higher alkyl C16-18-alcohols are alcoholic organic substances, which can be used as lubricants, emulsifiers, and thickeners. It can play a thickening role in cosmetics and can reduce the amount of surfactant needed to form a stable system.
Application:
1. Main raw materials such as flat and added.
2. Main raw material for the production of mono- and dialkyl tertiary amines.
3. Production of daily chemicals, such as raw materials for high-grade cosmetics.
Introduction:
Melamine is an organic compound with the chemical formula C3H6N6. It is an important industrial chemical widely used in various fields. It is a white crystalline substance primarily used in the manufacture of plastics, coatings, adhesives, and flame retardant materials. Melamine itself is a triazine compound formed by combining with-ammonia, featuring high heat resistance and stability.
Application:
Melamine is kind of important organic chemical middle product. It condenses with formaldehyde to product the formaldehyde resin (melamine resin), and owns the advantages of unharmful, heat-resisting, anti-aging, high luster, good insulation and widely used in the fields of plastic processing and wood working is also the chemical of coating, papermaking, textile, paints and leather processing industry.
Characteristics:
1. LABSA 96% for detergent.
2. The product has the action of detergency, moistening, foaming, emulsion, dispersion and brown viscous fluid in appearance with acidity.
3. It is non-flammable, quickly dissolved in water, not dissolved in normal organic solvent.
4. The product has strong absorbency.
5. It would be unclear viscous liquid after absorbed water.
Main indexes:
Index Standard
Appearance Brown viscous liquid
Active content by wt % 96 min
Free oil by wt % 1.5 max
Sulfuric acid by wt % 1.5 max
Color (Klett) Hazen (50g/L water sol.) 35 max
Main Application
1. Hair shampoo, bath shampoo, dish detergents and complex soap, laundry powder, dishware cleaner in daily chemical industrial.
2. Wetting and clearer , dyeing assistant in textile industry.
3. Degrease agent in electroplate and leather manufacture.
4. De-inking agent in paper making.
Chemical Formula CHCOH
Appearance White powder
Source Naturally found in wheat rye and barley
Functions of Azelaic Acid
Cosmetic Grade
Oil Control Azelaic acid helps to inhibit oil secretion making it beneficial for oily or acneprone skin
Prevents Hyperkeratosis It prevents skin hyperkeratosis helping to maintain smoother healthier skin
Industrial Grade
Polyester Flexibility Azelaic acid improves the flexibility of unsaturated polyester enhancing material properties
Synthetic Fiber Production It is used in the production of synthetic fibers
Electrolytic Capacitors Azelaic acid or its salts when added to the electrolyte of electrolytic capacitors can significantly increase their service life
Product Name Ethanolamine
CAS 141435
MW6108
MFC2H7NO
AppearanceColorless liquid
Purity99
Function of Ethanolamine
Ethanolamine is an important chemical raw material
Application of Ethanolamine
1 Ethanolamine is an important chemical raw material
2 Used for spices surfactants coatings emulsifiers
3 Also a leather softener
4 It can also be used for gas purification to remove carbon dioxide and hydrogen sulfide in gas
CAS No 375724
Molecular Formula CFOS
Molecular Weight 30209 gmol
EINECS No 2067926
Purity 980 min
Model Number 98
Attributes
Appearance Colorless transparent liquid
Melting Point MP 110C
Boiling Point BP 64C lit
Type Dyestuff Intermediates Fine Chemical Intermediate
Other Names Nonafluoro1butanesulfonyl fluoride
Application
Fine chemical intermediate used in various industrial processes
Packaging and Delivery
Packaging Details 100 kg per barrel
Storage Store in a cool dry place away from heat and open flames
Color Clear liquid
Density 112 kgm min Typical 1125 kgm
Flash Point 145C min Typical 156C
Boiling Point 280C min Typical 238C
Pour Point 5C min Typical 6C
Molecular Weight 145 gmol min Typical 151 gmol
Chemical Formula CHO
Description
Triethylene Glycol TEG is a coproduct obtained during the production of Monoethylene Glycol MEG and Diethylene Glycol DEG It is produced by oxidizing ethylene at high temperatures in the presence of a catalyst TEG is a colorless odorless nonflammable and viscous liquid
Key Features
High Flash Point
Low Toxicity
Sweettasting
Miscibility Fully miscible with water and other organic solvents such as ethanol acetone acetic acid aldehydes and pyridines
Applications
TEG is widely used as a solvent in various industrial processes due to its chemical stability and high flash point
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