Ezy Consumables Activated Carbon Filter 400 x 400 x 20mm

The Ezy Consumables Activated Carbon Filter 400 x 400 x 20mm is a professional-grade carbon filtration solution designed for use in air scrubbers and air filtration devices (AFDs) where odour control and VOC reduction are critical.

Using activated carbon filtration media, this filter assists in reducing airborne odours, smoke contamination, fumes, and volatile organic compounds (VOCs) commonly encountered during restoration, mould remediation, fire damage restoration and construction works. The carbon media helps adsorb contaminants from the air stream, making it ideal for improving indoor air quality on active job sites.

Designed for compatibility with many portable AFDs and air scrubbers using 400 x 400mm filter sizing, this filter is commonly used as part of a multi-stage filtration setup alongside pre-filters and HEPA filters.

Key Benefits

• Helps reduce odours, smoke particles and airborne VOCs
• Suitable for restoration, remediation and construction environments
• Activated carbon media assists with air quality improvement
• Designed for professional air scrubbers and AFD systems
• Supports multi-stage filtration setups
• Helps protect downstream HEPA filters from contamination load
• Easy replacement design for routine maintenance
• Suitable for ongoing commercial and industrial use

Applications / Use Cases

The Ezy Consumables Activated Carbon Filter is suitable for a wide range of professional restoration and environmental control applications, including:

• Water damage restoration projects
• Mould remediation containment areas
• Fire and smoke restoration works
• Sewage remediation jobs
• Construction and demolition dust control
• VOC and chemical odour reduction
• Commercial cleaning and indoor air quality management
• Property maintenance and renovation projects

Features

Activated Carbon Filtration Media
The activated carbon material helps adsorb odours, smoke residues, and airborne chemical contaminants commonly generated during restoration and remediation works.

Honeycomb-Style Airflow Design
The filter design promotes consistent airflow while maximising contact between contaminated air and the carbon media for improved filtration efficiency.

Professional Equipment Compatibility
Sized to suit compatible air scrubbers and air filtration devices using 400 x 400 x 20mm filters.

Low Restriction Airflow Performance
Designed to maintain airflow efficiency while assisting with odour and VOC control.

Why Choose This Product

Professional restoration contractors and remediation technicians require reliable filtration products that perform consistently in demanding environments. The Ezy Consumables Activated Carbon Filter is designed to provide dependable odour and VOC reduction while integrating easily into existing air scrubber and AFD setups.

Its professional-grade activated carbon construction makes it suitable for mould remediation, smoke damage restoration and demolition works where maintaining indoor air quality is critical. The standardised sizing also allows for straightforward replacement during ongoing site maintenance.

Specifications

• Product Type: Activated Carbon Air Filter
• Brand: Ezy Consumables
• Filtration Type: Activated carbon filtration
• Filter Material: Activated carbon media
• Filter Style: Honeycomb carbon filter
• Dimensions: 400 x 400 x 20mm
• Application: Odour control and VOC reduction
• Compatibility: Suitable for compatible air filtration devices (AFDs)
• Use Environment: Restoration, remediation, commercial and industrial applications
• Installation Type: Replaceable panel filter
• Pack Quantity: Individual filter

Differentiation

Unlike standard particulate filters, activated carbon filters are specifically designed to target odours, smoke particles and VOCs rather than only capturing visible dust. The honeycomb-style carbon design helps maximise filtration surface area while maintaining airflow performance, making this filter suitable for professional restoration environments where both air quality and equipment efficiency matter.