Description

Ultra-Thin Micro-Porous Biological Filter Media is designed for high-efficiency biological filtration in modern wastewater treatment systems. The ultra-thin structure increases the effective surface area available for microbial colonization, allowing beneficial bacteria to grow rapidly and form stable biofilms.

These microorganisms play a crucial role in breaking down organic pollutants and converting harmful substances such as ammonia into less harmful compounds through biological processes. The micro-porous surface design enhances microbial attachment while maintaining excellent water flow and oxygen transfer within the treatment system.

Manufactured from durable polymer materials, this biological filter media provides excellent chemical resistance, long service life, and stable performance even in demanding wastewater treatment environments.

The ultra-thin design allows the media to maintain high treatment efficiency while reducing the required reactor volume, making it an ideal choice for upgrading existing wastewater treatment systems or improving the performance of new installations.

Ultra-Thin Micro-Porous Biological Media is widely used in municipal wastewater plants, aquaculture filtration systems, and industrial water treatment facilities where efficient biological filtration is required.

Key Features

Ultra-Thin Structure

The thin design maximizes surface area while maintaining efficient water flow through the media.

High Specific Surface Area

Provides an ideal environment for microbial growth and biofilm development.

Efficient Biological Filtration

Improves nitrification and removal of organic pollutants in wastewater treatment systems.

Durable Polymer Material

Resistant to chemical corrosion and designed for long-term operation.

Improved Treatment Efficiency

Enhances microbial activity and increases overall system performance.

Easy Integration

Compatible with a wide range of biological treatment systems.

Product Specifications

Applications

Ultra-Thin Micro-Porous Biological Media is widely used in:

• Municipal wastewater treatment plants

• Industrial wastewater treatment facilities

• Aquaculture filtration systems

• Food processing wastewater treatment

• Slaughterhouse wastewater treatment

• Biological filtration reactors

Advantages

• High microbial attachment capacity

• Improved nitrification efficiency

• Reduced reactor volume requirements

• Lower energy consumption

• Long service life and stable operation