Galvanized Steel V Bank Air Filter with Superfine Fiber Glass Paper

V-Type Air Filter Technical Analysis

‌Definition & Structure‌
V-Type air filters utilize ultra-fine glass fiber filter paper as the core medium. Their V-shaped pleated design combined with a ‌pleat-and-separator-free structure‌ enables low-resistance, high-efficiency filtration, making them ideal for high-cleanliness environments in electronics, pharmaceuticals, and medical fields‌4. Manufactured via ‌computer-controlled adhesive spraying and pleating‌, they ensure uniform filter media distribution and structural stability, significantly increasing dust-holding capacity while reducing operational energy consumption‌

‌Core Performance Advantages‌

1. ‌High-Efficiency Particle Capture‌

   • Multi-layered V-shaped channels enhance particle interception efficiency, capturing >99.97% of particles ≥0.3μm‌
   • Pleat-and-separator-free design reduces airflow resistance by 15-30%, supporting high-airflow systems (>8000m³/h)‌

2. ‌Full-Scenario Specifications‌
   ‌Compact Models‌ (≤500mm×500mm)

   • Residential/office fresh air systems: Remove formaldehyde, TVOC, etc. (airflow ≤2000m³/h)‌
   • Laboratory fume hoods: Adsorb organic solvents with activated carbon (iodine value ≥800mg/g)‌
     ‌Medium Models‌ (500-1000mm²)
   • Commercial HVAC return air: Purify cooking fumes/mixed odors (airflow 2000-8000m³/h)‌
   • Electronics soldering workshops: Pre-filter rosin particulates as preliminary treatment‌
     Large Models‌ (>1000mm²)
   • Paint booth exhaust: Treat aromatic solvents (toluene/xylene) using activated carbon (iodine value ≥1000mg/g) paired with catalytic oxidizers‌

‌Installation & Maintenance‌

• ‌Installation‌: Align filter elements at V-angles; lightly tap frames post-installation to verify sealing‌
• ‌Replacement Cycle‌: Replace when initial resistance exceeds 50% of design value (monitored via resistance variation)‌
• ‌Modular Design‌: Compatible with honeycomb activated carbon layers for chemical filtration in high-VOC environments‌
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