Citric Acid Monohydrate
Citric Acid Dihydrate
Citri Acid Anhydrous
C₆H₈O₇
CAS:77-92-9
EINECS:201-069-1

Citric acid (CA),also known as citric acid,with the molecular formula of C₆H₈O₇,is an important organic acid,which is colorless crystal,odorless,has a strong sour taste,and is easily soluble in water.It is an acidity regulator (GB2760-2014) and a food additive.

Sodium Triphosphate
STPP
Na5P3O10
CAS:7758-29-4
EINECS:231-838-7

Sodium tripolyphosphate,is a kind of inorganic compound,chemical formula Na5P3O10,is a kind of amorphous water-soluble linear polyphosphate,often used in food,as water retention agent,quality improver,pH regulator,metal chelating agent.

Iime Chlorite
HypoChlorite Calcium
Chlorine Tablet
Ca(ClO)2
CAS:7778-54-3
EINECS:231-908-7

Calcium hypochlorite,an inorganic compound with the chemical formula Ca(ClO)2,is often used in the bleaching process of chemical production.It plays an important role in industrial production because of its rapid onset and prominent bleaching effect.

Melamine-phosphate CAS#41583-09-9 Promotion Season Now in Store and Free Sample for Testing with Factory Price
Chemical Name：Melamine-phosphate
CAS No.:41583-09-9
Molecular Formula：C3H9N6O4P
Molecular weight:224.12
Sample: Available
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Methanoic acid
HCOOH
CH2O2
Formylic acid
Formate
CAS:64-18-6
EINECS:200-001-8

Formic acid is an organic substance with the chemical formula HCOOH.It is a colorless and pungent liquid. Formic acid is a weak electrolyte,but its aqueous solution is weakly acidic and corrosive,which can stimulate skin blistering.Commonly found in the secretions of bees,certain ants,and caterpillars.It is an organic chemical material and is also used as a disinfectant and antiseptic.

Resveratrol#501-36-0
Promotion Season Now in Store and Free Sample for Testing with Factory Price
Chemical Name：Resveratrol
CAS No.:501-36-0
Molecular Formula：C14H12O3
Sample: Available
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Oxalic Acid CAS#144-62-7 Promotion Season Now in Store and Free Sample for Testing with Factory Price
Chemical Name: Oxalic Acid
CAS No.:144-62-7
Molecular Formula: C2H2O4
Molecular weight: 90.03
Sample: Available
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MDEA
2,2-(Methylimino)Diethanol
2,2-Methyliminodiethanol
N-Methyl Diethanolamine
Methyl Diethanlamine
2-hydroxy-N-(2-hydroxyethyl)-N-methylethanaminium
C5H13NO2
CAS:105-59-9
EINECS:203-312-7


N-methyldiethanolamine,is an organic compound,chemical formula C5H13NO2,for colorless or dark yellow oily liquid,can be miscible with water,alcohol,slightly soluble in ether.Mainly used as emulsifier and acid gas absorbent,acid base control agent, polyurethane foam catalyst,also used as antitumor drugs such as nitrogen mustard hydrochloride intermediate.

Wide industrial application — Used in rubber manufacturing, automotive sealants, cable sheath adhesives, and more.

Excellent heat resistance — Enhances product durability under high temperatures.

Strong oil and corrosion resistance — Improves longevity and reliability of materials.

Enhanced mechanical properties — Significantly boosts the performance of rubber products.

Key Intermediate: Essential for synthesizing substituted acetylacetonate compounds.

Versatile Application: Widely used in chemical synthesis across various industries.

Catalytic Role: Serves as a catalyst or catalyst precursor in reactions.

Stable Compound: Provides reliable stability in industrial applications.

Versatile Material: PVC Resin SG5 is highly adaptable, allowing for the mixing with various additives to achieve a wide range of desired properties for diverse applications.

Excellent Durability: Known for its corrosion resistance and water resistance, PVC Resin SG5 is ideal for applications that require long-lasting performance in challenging environments.

Chemical & Thermal Stability: PVC Resin SG5 offers strong chemical stability and thermal resistance, making it suitable for use in demanding industrial conditions.

Wide Application Range: The resin's properties are categorized into rigid and flexible forms, offering versatility for a variety of industries and product requirements.

Naturally Occurring: Found in animal tissues, tears, and egg whites, ensuring availability in various sources.

Effective Antibacterial Action: Breaks down bacterial cell walls, offering powerful antimicrobial effects.

Versatile Use: Widely applied in medical, food, and pharmaceutical industries.

Safe and Non-Toxic: Naturally sourced, making it suitable for use in sensitive applications like healthcare and food preservation.

High Stability and Transparency – Provides excellent dimensional stability and clarity for applications like LCD films.

Strong Mechanical Properties – Offers outstanding fatigue, abrasion, and aging resistance across a wide temperature range.

Excellent Insulation and Chemical Resistance – Ensures reliable electrical insulation and stability against most organic solvents and inorganic acids.

Energy-Efficient and Versatile – Features low energy consumption and easy processability, making it ideal for packaging, films, and fibers.

Versatile Physical Forms – Available as a colorless to pale yellow viscous liquid or as a white/light yellow powder, offering flexibility for different industrial needs.

Excellent Water Solubility – Can be completely dissolved in water, forming a true solution for consistent performance.

Convenient Handling – Its solubility and physical properties make it easy to store, transport, and use in various applications.

Ideal for Water Treatment – Particularly suitable for mixing with water, making it highly effective in multiple water treatment processes.

Flexible Production Methods：Can be manufactured through multiple polymerization processes to meet diverse industrial needs.

Widely Adopted Isotactic Form：Isotactic polypropylene dominates over 90% of applications due to its strong overall performance.

Ideal for Additives and Modifiers：Atactic PP offers high viscosity, good flowability, and strong coating ability for masterbatch and adhesive use.

High-Performance Elastomer Potential：Syndiotactic PP provides excellent transparency, toughness, and elasticity, enabling elastomers superior to standard rubber.

Two-Phase Structure: ABS features a continuous SAN phase combined with a dispersed polybutadiene rubber phase, providing a balanced material structure.

Three-Component Composition: The combination of acrylonitrile, butadiene, and styrene allows ABS to integrate the strengths of each component.

Thermoplastic Properties: As a thermoplastic resin, ABS can be easily molded and processed into various shapes and products.

Enhanced Mechanical Performance: The dispersed rubber phase improves impact resistance and toughness compared to standard resins.

Excellent Mechanical Strength and Dimensional Stability: PBT resin provides high rigidity, strength, and dimensional accuracy, making it suitable for precision structural parts in automotive, electrical, and mechanical applications.

Superior Heat and Flame Resistance: When reinforced with glass fibers and flame retardants, PBT demonstrates excellent thermal stability and flame-retardant performance, meeting the safety requirements of electronic and electrical components.

Outstanding Processability and Versatility: PBT can be easily blended with other polymers to form plastic alloys, allowing performance customization for different applications, especially in the automotive industry.

High Temperature Resistance and Broad Application Range: PBT and its alloys can withstand elevated temperatures, enabling their use in demanding environments such as automotive ignition systems and food-grade containers suitable for microwave heating above 160°C.

Diverse Forms: Includes both natural and synthetic varieties, with over 190 types discovered globally.

Porous Structure: Contains a dense network of microscopic pores, providing exceptional adsorption and ion-exchange capabilities.

Wide Application Range: Used in water purification, gas separation, catalysis, and agriculture due to its unique properties.

Lightweight: Feels lighter than ordinary rocks, making it easy to handle and transport in industrial applications.

Selective Adsorption: Pores selectively adsorb molecules based on size, shape, polarity, or boiling point, enabling efficient separation.

High Surface Area: Features numerous uniformly sized channels and cavities, providing a large internal surface area for adsorption.

Thermal Stability: Can withstand heating without collapsing the crystal structure, retaining its functional properties.

Wide Industrial Use: Used in drying, purification, and separation in industries like chemicals, electronics, petrochemicals, and natural gas processing.

Superacid Strength: Triflic acid is one of the strongest acids, categorized as a superacid, enhancing its effectiveness in chemical reactions.

High Stability: The anhydrous form is highly stable, resistant to oxidation and reduction, making it ideal for fine chemical synthesis.

Versatile Applications: It plays a crucial role in synthesizing pharmaceuticals, agricultural chemicals, and polymers.

Non-Oxidizing Nature: Triflic acid’s non-oxidizing properties make it valuable for a variety of chemical processes, especially in pharmaceutical production.

High Solubility: Dicyandiamide is soluble in water, alcohol, ethylene glycol, and dimethylformamide, offering versatility in various applications.

Chemical Stability: It remains stable when dry, making it easy to store and handle without degradation over time.

White Crystalline Form: As a white crystalline powder, DICY ensures easy handling and consistent quality for industrial use.

Versatile Applications: Dicyandiamide is widely used in chemical synthesis, agriculture, and the production of resins, enhancing its utility across multiple sectors.

High Solubility: Tetrabutyl titanate is miscible with organic solvents such as ethanol and ether, making it versatile for various formulations.

Hydrolysis Sensitivity: While slightly soluble in water, it is prone to decomposition upon contact, ensuring controlled reactivity in specific applications.

Transparent Liquid: The colorless to light yellow appearance provides clarity for use in coatings and other chemical processes.

Versatile Applications: Its reactivity makes it valuable in fields like catalysis, coatings, and as a precursor in the synthesis of titanium-based compounds.

Excellent Flame Retardancy：DBDPO is widely used in plastics, textiles, and electronics for its superior fire-resistant performance.

High Thermal and Chemical Stability：It exhibits non-flammable and non-reactive behavior under normal conditions, ensuring safety in various applications.

Low Water Solubility：Its limited solubility in water reduces the risk of leaching, making it environmentally more stable in aqueous settings.

Versatile Industrial Use：Suitable for large-scale manufacturing across multiple sectors, with manageable health risk under proper handling.

Improved Plastic Properties：TCP enhances the flexibility, hardness, and water resistance of plastic materials, particularly in PVC, improving their overall performance.

Efficient Phenol Recovery：TCP aids in the recovery of phenol residues from gas plant wastewater, contributing to waste management and environmental protection.

Versatile Industrial Use: Beyond plastics, TCP is widely used in lubricants, hydraulic systems, and as a solvent for nitrocellulose, showcasing its versatility.

Chemical Stability: TCP consists of three isomers, offering flexibility in its applications, with the para isomer being a solid and the others being liquids.

Broad-spectrum antimicrobial activity – Effective against bacteria, fungi, and yeast.

Preserves product shelf life – Inhibits microbial growth through controlled formaldehyde release.

Dual functionality – Combines preservative action with cationic surfactant properties.

Cost-effective preservative – Offers a low-cost solution for formulation protection.

Dual functional groups – Combines a methacrylate and an epoxy group, enabling versatile chemical reactivity.

Excellent copolymerization – Easily copolymerizes with phenols, acids, amines, and ketones for broad application potential.

Enhanced performance properties – Improves durability, mechanical strength, and adhesion in final products.

Good optical clarity and processability – Offers transparency and compatibility with most organic solvents.

Effective builder in detergents – Enhances cleaning power by preventing scale formation through strong metal ion chelation.

Water softening agent – Softens hard water, improving detergent performance and protecting appliances.

Food preservative – Retains moisture in seafood and meat, helping maintain freshness and texture.

Stable crystalline forms – Available in multiple forms, with Phase II offering optimal stability for industrial applications.

Effective corrosion inhibitor – Protects metal surfaces by forming stable complexes with steel ions.

Powerful descaling agent – Prevents and removes calcium salt deposits like carbonate and sulfate scales.

Good water solubility in acidic conditions – Easily disperses in acidic solutions for versatile application.

Non-toxic and safe – Offers efficient performance without harmful effects, suitable for various industrial uses.

1. High Performance: Essential for carbon fiber production, offering superior heat resistance and chemical durability.

2. Textile Applications: Fire-resistant fibers ideal for safety garments and technical textiles.

3. Filtration Efficiency: Used in robust separation membranes for water purification and gas processing.

4. Industrial Strength: Reinforces composite materials for automotive and aerospace industries.

High Nitrogen Content (17.7%) – Efficient nitrogen fertilizer for crops, promoting growth.

Zero Soil Residue – Fully decomposes into CO₂, NH₃, and H₂O, leaving no harmful buildup.

Dual-Action Leavening – Releases CO₂ for food baking (biscuits, flatbreads) at low temperatures.

Fast Soil Availability – Rapidly breaks down, providing immediate nutrients to plants.

Versatile Industrial Use – Used in fire suppression, pharmaceuticals, and chemical synthesis.

Pleasant Coconut-Like Aroma: Gamma-Nonalactone has a creamy, coconut-like fragrance, making it valuable for flavor and fragrance applications.

Natural Occurrence in Foods: It naturally occurs in various foods and beverages such as bourbon whiskey, black currant, melon, papaya, pineapple, and blackberry.

Effective Food Flavoring Agent: It is widely used as a flavoring ingredient to impart coconut flavor in food products.

Potential Pest Attractant: Gamma-Nonalactone can function as a multi-species attractant for grain beetle pests, supporting pest monitoring and control applications.

High Thermal Stability – Hindered phenol antioxidant 330 maintains stable processability at elevated temperatures, ensuring reliable performance in high-heat applications.

Excellent Heat Resistance – The compound exhibits strong resistance to thermal degradation, making it suitable for long-term use in heat-intensive processes.

Environmentally Friendly and Safe – It has low toxicity, causes no pollution, and does not induce discoloration, supporting safer and cleaner manufacturing.

Wide Solvent Compatibility – Although insoluble in water, it dissolves well in solvents such as benzene, methylene chloride, and methylcyclohexane, offering versatility for different formulations.

Crucial for DNA Synthesis: Vitamin B12 acts as an essential coenzyme in RNA and DNA synthesis, supporting cell growth and division.

Neurological Health: It plays a key role in preventing neurological disorders, including nerve damage, from vitamin B12 deficiency.

Supports Red Blood Cell Production: Deficiency in B12 can lead to megaloblastic anemia, and its supplementation helps in the production of healthy red blood cells.

Rich in Natural Sources: Vitamin B12 is primarily found in animal-based foods such as meat, fish, liver, and dairy, providing vital nutrition for humans.

Excellent Solubility Performance: Easily soluble in water and polar organic solvents, ensuring convenient formulation and broad compatibility in various systems.

Outstanding Foaming & Detergency: Amine oxide provides strong cleansing ability and generates rich, stable foam, enhancing cleaning efficiency and user experience.

pH-Responsive Functional Properties: Exhibits non-ionic or cationic characteristics in aqueous solutions, becoming cationic under acidic conditions (pH < 7), offering formulation flexibility.

Stable Physical & Chemical Properties: Colorless to light yellow transparent liquid with stable density and defined melting point, supporting consistent product performance and quality control.

Strong Organic Base Catalyst – Provides high catalytic activity, improving reaction efficiency in various chemical processes.

Versatile Industrial Applications – Widely used in pharmaceutical synthesis, particularly as a co-solvent in the production of cephalosporin antibiotics.

Efficient Polyurethane Catalyst – Serves as an effective catalyst in the manufacture of polyurethane foams.

Enhanced Dyeing Performance – Helps achieve level dyeing for nylon, wool, and protein fibers while improving fabric durability.

Excellent Solvent Compatibility – Easily soluble in many organic solvents such as ethanol, ether, and acetone, enabling versatile use in various chemical formulations.

Stable Chemical Structure – Features a cyclic α,β-unsaturated ketone structure that provides reliable performance in chemical synthesis and industrial applications.

Distinctive Natural Aroma – Possesses a characteristic camphor- and mint-like odor and naturally occurs in cranberries.

Versatile Industrial Intermediate – Serves as an important intermediate for multiple chemical processes and organic synthesis.

Highly Effective Analytical Reagent – Widely used for the determination of metal ions such as ferrous iron, palladium, vanadium, copper, and iron.

Reliable Redox Indicator – Functions as a sensitive redox indicator in chemical and analytical applications.

Good Solubility in Organic Solvents – Easily soluble in ethanol, benzene, and acetone, supporting versatile laboratory and industrial use.

Stable Crystalline Form – Appears as a white crystalline powder with defined melting points, ensuring convenient handling and storage.

Excellent Solvent Performance – Highly effective solvent widely used in inks, paints, textile dyes, and textile oils.

Multi-Functional Chemical Structure – Contains multiple functional groups that enhance its compatibility with various formulations.

Wide Industrial Applications – Suitable for use as a cleaning agent in LCD display manufacturing and other precision industries.

Low-Pollution Solvent – Considered a relatively environmentally friendly solvent for modern industrial processes.

Effective Photoinitiator – N,N-Dimethyl-p-toluidine functions as an efficient photoinitiator for acrylonitrile (AN) polymerization, supporting reliable polymer formation in industrial processes.

Versatile Chemical Applications – It is widely used in specialized applications such as the manufacture of self-curing dental trays and other polymer-related formulations.

Good Compatibility with Organic Systems – The compound is soluble in various organic solvents, making it easy to incorporate into different chemical and polymer formulations.

Stable Physical Properties for Processing – As a colorless to pale yellow oily liquid with defined boiling point and density characteristics, it offers consistent handling and processing in industrial applications.

Important Chemical Intermediate – Widely used in the synthesis of mandelic acid, optical brightener AD, and other fine chemical products.

Good Solubility in Organic Solvents – Easily dissolves in various organic solvents, making it convenient for use in different chemical reactions and formulations.

Stable Liquid Form at Room Temperature – Exists as a white liquid under normal conditions, allowing for easy handling, storage, and processing.

Versatile Application in Fine Chemical Production – Serves as a key raw material in the manufacture of specialty chemicals and industrial intermediates.