This high-efficiency filter screen is specifically designed for museum and conservation environments to trap ultrafine particles without compromising airflow, microclimate stability, or aesthetics.
Primary Function: Ultrafine particle filtration for preservation
Applications: Museums, archives, conservation labs, vaults
Filtration Class: ULPA-grade efficiency
Particle Range: PM10 – PM0.1 capture
Filtration Efficiency: 78%+ reduction in submicron particles
Airflow Resistance: Low-pressure drop design
Support Material: PTFE or polyester inert mesh
Filter Media: Nanofiber multilayer structure
VOC Emissions: Zero-VOC components
Shedding Risk: Anti-fiber shedding design
Structure: Dual-layer filter with bonded support
Backing Layer: Chemically stable polyester netting
Frame Sealing: Leak-proof mounting fit
Mount Type: Duct diffuser, display case insert
Monitoring Compatibility: Differential pressure sensor ready
Durability: Extended lifespan media
Emission Certification: Fiber & VOC tested
Installation: Gasket and airtight frame included
Standards Compliance: ISO 14644-1, ASHRAE 52.2, ISO 9001
Microclimate Impact: Minimal disruption
IAQ Contribution: Supports indoor environmental quality
Replacement Cycle: Long-term, condition-based
Airflow Pattern Support: Laminar airflow preservation
Testing Metrics: Pressure, load, efficiency, emission
Frame Material: Aluminum or composite
Sensor Integration: Compatible with IAQ systems
Smart Alerts: Filter status notifications enabled
Deployment Zones: Vaults, galleries, cases
Color Option: Neutral white or custom
Protective Grade: Artifact-safe construction
Design Benchmark: Getty Conservation Institute guidelines
Textile Safety: No yellowing or abrasion
Noise Impact: Silent airflow management
Cleaning Needs: Low maintenance
Documentation: Includes performance specs
Smart HVAC Feedback: Loop integration ready
Real-time Monitoring: Optional dashboard connection
Custom Size: Available on request
Manufacturing: Cleanroom-grade production
Unlike standard HVAC filters, this preservation-grade screen ensures chemical stability, ultrafine particle capture, and microclimate integrity — safeguarding valuable collections from invisible threats.