VinaSorb® CAN 400 is a premium activated carbon developed for water treatment, groundwater remediation, PFAS reduction, and industrial purification applications.

The product is manufactured using carefully selected activated carbon materials with complementary pore structures to create an optimized balance of micropores, mesopores, and transport pores.

This engineered pore distribution enhances contaminant diffusion and adsorption efficiency, allowing VinaSorb®️ CAN 400  to effectively remove a broad range of dissolved organic compounds, taste and odor substances, trihalomethane (THM) precursors, and emerging contaminants from water.

Optimized Pore Structure Technology

The adsorption performance of activated carbon depends not only on surface area, but also on the accessibility and distribution of internal pores.

VinaSorb® CAN 400 is designed with a balanced pore structure that combines

• ⁠Highly developed adsorption pores

• ⁠Efficient diffusion pathways

• ⁠Enhanced transport channels

This optimized architecture improves contaminant transfer into the carbon particle and maximizes utilization of the available adsorption sites.

Key Features

• Balanced Pore Structure

A carefully engineered distribution of micropores, mesopores, and transport pores provides efficient adsorption across a wide range of contaminant molecular sizes.

• Enhanced Adsorption Kinetics

Improved diffusion pathways allow contaminants to reach adsorption sites more rapidly, resulting in faster adsorption performance.

• Broad-Spectrum Contaminant Removal

Effective for the removal of dissolved organic compounds, taste and odor compounds, disinfection by-product precursors, and emerging contaminants.

• Long Service Life

Optimized pore utilization supports extended operational life and improved carbon efficiency.

• Reactivation Compatible

Designed to maintain performance through repeated thermal reactivation cycles.

Why VinaSorb® CAN 400

• Engineered for Water Treatment

Developed specifically for liquid-phase adsorption applications requiring both adsorption capacity and operational efficiency.

• Optimized Pore Distribution

Different pore sizes work together to improve contaminant transport and adsorption performance.

• Efficient Carbon Utilization

The balanced internal structure allows greater access to available adsorption sites, improving overall carbon effectiveness.

• Consistent Performance

Manufactured under controlled quality standards to ensure reliable product performance from batch to batch.

AVAILABLE PARTICLE SIZE

Mesh Size (ASTM) / Millimeters 

12×40 1.70–0.425 mm