Products

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.