Laminar Flow chamber Clean room Air Purification Equipment with 110V 220V voltage

Laminar Flow Hood Technology & Mycological Applications

I. Core Functionality & Classification

1. Operating Principle
   Laminar flow hoods utilize HEPA filters (Grade H13/H14) to achieve 99.97%-99.995% retention efficiency for 0.3μm particles, creating ISO Class 5 clean zones. Two primary configurations exist:

• Horizontal Laminar Flow Hoods: Parallel airflow to work surface, ideal for open operations

• Vertical Laminar Flow Hoods: Downward airflow with protective front window

2. Mycology-Specific Configurations
   Standard specifications include 24"x48" workstations and 12"x24"x5.8" filters. Selected models integrate UV sterilization (e.g., 27" wide desktop units). Portable designs enhance mobility, while stainless steel surfaces improve durability.

II. Critical Components & Technical Parameters

III. Mycological Cultivation Solutions

1. Indoor Growth System Integration
   Laminar hoods can combine with Still Air Boxes for tiered protection:

• Primary: Benchtop units with transparent covers

• Advanced: FFU (Fan Filter Unit) clean rooms

2. Maintenance Protocol

• Filter replacement: 2000-3000 operating hours or ΔP≥250Pa

• Routine care: 75% ethanol wipe-down + quarterly airflow verification

• Upgrades: Optional VHP (Vaporized Hydrogen Peroxide) modules

IV. Selection Guidelines

• Small-scale research: Horizontal desktop units with UV

• Mass production: XL horizontal workstations

• Mobile needs: Shock-resistant vertical flow hoods

Laminar Flow Hood clean room equipment

Laminar Flow chamber air purification

Clean room air purifier 110V 220V

Laminar Flow chamber Clean room Air Purification Equipment with 110V 220V voltage Images