Metalic Fine Chem

Amino Acid 80%

It is a high-concentration organic biostimulant typically derived from the hydrolysis of natural proteins (such as soy or collagen). It is widely used in agriculture to enhance crop yield, stress resistance, and nutrient uptake.

Because it is "80%," it represents a highly potent powder form, containing a diverse profile of both essential and non-essential amino acids.

Key Chemical Composition

While specific profiles vary by manufacturer, a standard 80% powder generally includes:

• Total Amino Acids: 80% minimum.

• Total Nitrogen (Organic): Approximately 12% to 13%.

•  Solubility: 100% Water Soluble.

   

• Appearance: Light yellow to off-white fine powder.

• pH Level: Usually between 4.0 and 6.0 (in a 1% solution).

1.  Protein Synthesis: Amino acids are the "building blocks" of proteins. Providing them directly allows the plant to save energy that would otherwise be spent converting inorganic nitrogen into organic forms.

    

2. Stress Tolerance: Specific amino acids like Proline and Serine help plants recover from abiotic stresses such as drought, extreme temperatures, and salinity.

    

3. Chlorophyll Production: Amino acids like Glycine and Glutamic Acid are fundamental metabolites in the formation of vegetable tissue and chlorophyll synthesis.

4. Chelating Effect: They act as natural chelating agents, binding with micronutrients (like Iron, Zinc, and Manganese) to make them easier for the plant to absorb through roots and leaves

Amino Acid 80% is a high-concentration organic biostimulant typically derived from the hydrolysis of natural proteins (such as soy or collagen). It is widely used in agriculture to enhance crop yield, stress resistance, and nutrient uptake.

Because it is "80%," it represents a highly potent powder form, containing a diverse profile of both essential and non-essential amino acids.

While specific profiles vary by manufacturer, a standard 80% powder generally includes:

• Total Amino Acids: 80% minimum.

• Total Nitrogen (Organic): Approximately 12% to 13%.

•  Solubility: 100% Water Soluble.

   

• Appearance: Light yellow to off-white fine powder.

• pH Level: Usually between 4.0 and 6.0 (in a 1% solution).

1.  Protein Synthesis: Amino acids are the "building blocks" of proteins. Providing them directly allows the plant to save energy that would otherwise be spent converting inorganic nitrogen into organic forms.

    

2. Stress Tolerance: Specific amino acids like Proline and Serine help plants recover from abiotic stresses such as drought, extreme temperatures, and salinity.

    

3. Chlorophyll Production: Amino acids like Glycine and Glutamic Acid are fundamental metabolites in the formation of vegetable tissue and chlorophyll synthesis.

4. Chelating Effect: They act as natural chelating agents, binding with micronutrients (like Iron, Zinc, and Manganese) to make them easier for the plant to absorb through roots and leaves

Hydrofluoric Acid Liquid is a highly corrosive and versatile chemical compound, primarily used in industrial applications such as glass etching, metal cleaning, and semiconductor manufacturing. This colorless liquid possesses unique properties that allow it to dissolve silicate materials, making it essential for various chemical processes. Due to its hazardous nature, it requires careful handling and storage, ensuring safety protocols are strictly followed. Ideal for professionals in chemistry and manufacturing, Hydrofluoric Acid Liquid is a critical component for achieving precise results in specialized applications.

1. Amino Acid Mixture (typically in powder or liquid form) is a balanced blend of various essential and non-essential amino acids derived from the hydrolysis of natural proteins. Unlike a single-source amino acid, a "mixture" provides a comprehensive "biogram" that mimics the natural protein structure of plants and animals.

   In industrial and agricultural contexts, these mixtures are prized for their biostimulant properties, acting as precursors to enzymes and plant hormones.

   Key Chemical Composition

   A standard high-quality amino acid mixture generally contains a distribution of 16 to 18 different amino acids.

2. Component	Typical Range (Powder)	Typical Range (Liquid)
   Total Amino Acids	40% – 80%	20% – 30%
   Organic Nitrogen	12% – 16%	3% – 8%
   Organic Matter	45% – 90%	25% – 35%
   Solubility	100% Water Soluble	Fully Miscible
   pH (1% solution)	4.0 – 6.0	4.5 – 5.5

   •  

   Physical Properties & Solubility

   • Solubility: High-grade mixtures are 100% water-soluble. They are processed to a fine molecular size (often under 1000 Daltons) to ensure they do not clog spray nozzles or drip emitters.

   • Appearance: Typically a light yellow to dark brown powder with a characteristic "malty" or protein-like odor.

   • Hygroscopy: The powder form is highly hygroscopic (absorbs moisture from the air). It must be kept in airtight packaging to prevent caking.

      

   Primary Industrial Applications

   1. Agricultural Biostimulants: Used as a foliar spray or soil drench to boost crop yield, improve fruit quality (Brix levels), and speed up recovery after pest attacks or frost.

       

   2. Animal Feed Additive: Added to poultry and aqua-feed to improve protein absorption and growth rates.

   3. Chelating Agent: In the chemical industry, amino acid mixtures are used to "complex" micronutrients (like Zinc, Iron, and Magnesium), making them more stable and bioavailable than inorganic salts.

       

Phosphoric Acid (also known as Orthophosphoric Acid) is a clear, colorless, and odorless inorganic acid. While it is a "weak" acid compared to hydrochloric or sulfuric acid, it is incredibly versatile, serving as a pillar in the global fertilizer industry, food production, and metal treatment.

In industrial commerce, it is most commonly available in 85% Technical Grade or Food Grade concentrations.

1. Agriculture (Fertilizers): This is the largest global use. It is used to produce phosphate fertilizers like DAP (Diammonium Phosphate), MAP (Monoammonium Phosphate), and TSP (Triple Superphosphate).

2. Food & Beverage: * Acidulant: Used in colas and other sodas to provide a sharp, tangy flavor.

   • Preservative: Prevents the growth of mold and bacteria in processed foods.

3. Metal Treatment (Rust Conversion): It is a key ingredient in rust removers. It reacts with reddish-brown rust (iron oxide) to convert it into ferric phosphate, a black, stable protective coating.

4. Water Treatment: Used for lead and copper corrosion control in drinking water systems by forming a protective film on the interior of pipes.

5. Detergents: Historically used in the production of phosphates for laundry detergents to soften hard water.

Hydrochloric Acid, also known as Muriatic Acid in its less-refined form, is a powerful, highly corrosive mineral acid. It is an aqueous solution of hydrogen chloride gas. HCl is a fundamental "building block" chemical, essential to everything from food processing and ore refining to pH control in swimming pools.

It is typically traded in concentrations ranging from 30% to 37%, as solutions above 38% are extremely volatile and "fume" heavily, making transport difficult.

Hexafluorosilicic acid (also known as fluorosilicic acid or hydrofluorosilicic acid) is an inorganic compound with the chemical formula H2SiF6. It is a colorless, pungent liquid primarily produced as a byproduct of the manufacture of phosphate fertilizers.

• Appearance: Usually a colorless to slightly yellow, fuming liquid.

   

•  Odor: Pungent, sour, and irritating.

   

• State: It exists only as a solution; if you attempt to concentrate it to a pure state, it decomposes into silicon tetrafluoride ($SiF_4$) and hydrogen fluoride ($HF$).

• Acidity: It is a strong acid, highly corrosive to metals, glass, and ceramics.

1. Water Fluoridation: This is the most common use for the chemical. It is added to municipal water supplies to help prevent dental cavities.

    

2. Metal Surface Treatment: Used in the electroplating industry and for etching or cleaning metal surfaces (aluminum and magnesium).

    

3.  Sterilization: Due to its acidity, it is sometimes used to sterilize equipment in breweries or bottling plants.

    

4. Chemical Intermediate: It serves as a precursor for producing other chemicals, such as aluminum fluoride and synthetic cryolite.

Because it contains both fluorine and silica, it is highly reactive and dangerous if handled incorrectly:

• Corrosivity: It can cause severe burns to the skin and permanent damage to the eyes.

   

• Toxicity: Inhalation of fumes or ingestion is toxic.

   

• Reactivity: It reacts with strong bases and can release toxic hydrogen fluoride gas when heated or mixed with strong acids.