Products

High Reactivity for Efficient Polymerization: Contains active α and β double bonds, offering excellent reactivity for acrylic fiber copolymerization processes.

Enhanced Fiber Performance: Significantly improves heat resistance, elasticity, and spinnability of acrylic fibers for better processing results.

Superior Dyeing Efficiency: Promotes faster color absorption and more uniform dye uptake, improving overall production efficiency.

Brighter and Longer-Lasting Colors: Provides stronger colorfastness and brighter shades, enhancing the final appearance and durability of dyed fibers.

Defined Chemical Structure – Sodium 2-Mercaptobenzothiazole has a clear molecular formula of C7H4NNaS2, ensuring consistency in chemical applications.

Precise Molecular Weight – With a molecular weight of 189.22, it allows for accurate formulation and dosing in industrial processes.

Reliable Chemical Compound – Its well-characterized structure makes it suitable for use in various chemical and manufacturing applications.

Versatile Industrial Use Potential – As a sodium mercaptobenzothiazole derivative, it can serve as a key intermediate or additive in rubber processing, corrosion inhibitors, or other specialty chemical formulations.

High Plasticizing Efficiency: Dioctyl sebacate offers excellent plasticizing performance, improving flexibility and processing efficiency in polymer formulations.

Outstanding Low-Temperature Resistance: It provides superior cold resistance, making it especially suitable for products requiring reliable performance in low-temperature environments.

Excellent Thermal, Light, and Electrical Stability: The product features good heat resistance, light resistance, and electrical insulation properties, supporting long-term durability in demanding applications.

Enhanced Surface Finish and Processing Lubricity: With good lubricity under heat, it improves product appearance and tactile feel, making it ideal for cold-resistant wires, cables, artificial leather, films, sheets, and plates.

High Purity and Clear Appearance: Pure N-methylformamide is a colorless, transparent, and viscous liquid, suitable for applications requiring high visual and compositional purity.

Excellent Water Solubility: It is highly soluble in water, supporting easy formulation and processing in aqueous systems.

Good Inorganic Salt Compatibility: The product also shows good solubility with inorganic salts, making it useful in a wider range of chemical and industrial applications.

Stable Liquid Form for Processing: With a boiling point of 198°C and relative density of 0.9986 (25°C), it offers favorable handling and process performance under standard industrial conditions.

Good Solubility – Easily dissolves in water, ethanol, ether, and other polar organic solvents, offering versatility in different applications.

Defined Physical Properties – With a melting point of 72–75℃ and a boiling point of 162–164℃, it provides stable handling conditions in synthesis and processing.

Amide Chemical Characteristics – Retains the typical reactivity of amides, making it useful in various chemical reactions.

Unique Reactivity from –CF₃ Group – The trifluoromethyl substituent imparts both stability and special reactivity, enabling its use as an acylation reagent or protecting group in organic synthesis.

Powerful Antioxidant – Acts as a potent antioxidant, protecting cells from oxidative stress.

Radioprotective Effect – Protects against gamma-radiation by inducing granulocyte-colony stimulating factor.

Anticancer Activity – Induces apoptosis in human gastric cancer and neuroblastoma cells, and inhibits mesothelioma cell proliferation.

Regulates Cell Growth – Down-regulates fibroblast growth factor receptor-1 (FGFR-1) to inhibit tumor cell proliferation.

Effective Organic Peroxide – Functions as a strong oxidizing agent in various chemical processes.

Defined Physical Properties – Has well-characterized boiling (153℃), melting (2–10℃), and flash points (79℃), aiding in controlled handling and usage.

Versatile Solubility – Slightly soluble in water, allowing for flexibility in formulation and reactions.

Hazard Classification Awareness – With clear NFPA-704 ratings (Health 1, Flammability 2, Reactivity 4), users can safely manage its use as an oxidizer under proper safety conditions.

Strong Chelating Ability – EDTA effectively binds to a wide range of metal cations, making it a powerful chelating agent.

Versatile Industrial Use – It is applied across various industries due to its metal-binding properties.

Multiple Salt Forms – Available in different salt forms such as disodium EDTA, offering flexibility in formulation.

Cosmetic Applications – Widely used as a chelating agent in cosmetic products to enhance stability and performance.

High Purity and Appearance – Appears as a white crystalline powder or crystal; high-purity products are pure white and free of visible impurities.

Excellent Water Solubility – Highly soluble in water, forming a colorless and transparent solution, even at concentrations like 4%.

Stable Aqueous Solution – Solutions remain clear without turbidity, ensuring reliable performance in applications requiring aqueous media.

Selective Solubility – Poor solubility in organic solvents, making it suitable for applications where water solubility is preferred and organic solvent interference is undesirable.