CAS:87145-66-2 | 1,3,5-triazine-2,4,6-tricarboxylic Acid | China Manufacturer

C3-Symmetric Tritopic Core

Three-fold symmetry with three carboxylate coordination sites enables construction of extended 2D and 3D frameworks with predictable topology.

Rigid Planar Scaffold

The aromatic triazine ring provides structural rigidity, favoring the formation of crystalline, porous frameworks with permanent porosity.

Nitrogen-Rich Framework

The triazine nitrogen atoms introduce Lewis basic sites into the framework, useful for gas adsorption, metal coordination, and catalysis.

High Purity

≥98% purity with consistent batch-to-batch quality. COA provided with every shipment showing purity and analytical data.

MOF Synthesis

Challenge: Constructing stable, porous MOFs with predictable topology requires rigid, symmetric, multitopic ligands.

Solution: TATCA acts as a tritopic carboxylate linker, coordinating with metal nodes (e.g., Zn, Cu, Zr) to form extended frameworks.

Result: Crystalline MOFs with high surface area and permanent porosity for gas storage and separation.

COF Synthesis

Challenge: Covalent organic frameworks need rigid, symmetric monomers to achieve ordered, crystalline structures.

Solution: The C3-symmetric triazine core is compatible with boronate, imine, and triazine-based COF linkages.

Result: Crystalline COFs with defined pore channels for selective adsorption and catalysis.

Gas Adsorption & Separation

Challenge: Selective capture of CO2, H2, or CH4 requires frameworks with tailored pore chemistry.

Solution: The nitrogen-rich triazine core provides Lewis basic sites that enhance CO2 affinity.

Result: Frameworks with enhanced gas uptake and selectivity for carbon capture and gas purification.

Catalysis & Photocatalysis

Challenge: Heterogeneous catalysts need stable, porous supports with accessible active sites.

Solution: Triazine-based frameworks can host metal catalytic centers or act as metal-free photocatalysts.

Result: Recyclable heterogeneous catalysts for organic transformations and photocatalytic reactions.

Production Capacity

Stable supply from gram to bulk quantities. Custom packaging available for scale-up requirements.

Quality Control

Each batch tested for purity, appearance, and moisture content. COA issued with every shipment.

GEO Advantage

China-based manufacturer with integrated supply chain, competitive pricing, and export experience to global research markets.

Research Quantities

5g / 10g / 25g / 50g
3-7 business days

Bulk Orders

Custom quantities
Lead time negotiable

Shipping

DHL / FedEx (samples)
Air / Sea freight (bulk)

Batch Consistency

Strictly controlled purity and quality across all batches.

Documentation

COA and SDS provided with every shipment.

Technical Support

Free synthesis guidance for MOF and COF systems.

Flexible Quantities

From gram-scale research to bulk supply.

≥98% by HPLC or titration. COA is provided with every shipment showing purity and analytical data.

Primarily as a tritopic ligand for MOF and COF synthesis, and as a building block for porous materials used in gas adsorption, separation, and catalysis.

5g / 10g / 25g / 50g and bulk quantities. Custom packaging available on request.

Yes. COA is included with every shipment. SDS is available upon request.

3-7 business days from stock. Bulk orders: lead time negotiable based on quantity.

Store in a sealed container at room temperature, protected from moisture. Use within recommended shelf life.

This product is supplied for research and development use only. It is not intended for food, pharmaceutical, or consumer applications. Contact us for current documentation and to confirm suitability for your jurisdiction.

Yes. Research samples are available for R&D evaluation. Contact us with your application details.

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