EC Cleanroom Fan Filter Unit

Pharmaceutical Industry Case Study

Application Requirements:

Pharmaceutical manufacturing processes have extremely stringent requirements for air cleanliness, microbial control, and particulate matter, typically requiring ISO 5–ISO 7 cleanliness levels and 24/7 continuous operation.

Solution:

H14/ULPA filters ensure that particulate levels in sterile areas remain consistently below required thresholds.

High-static-pressure design effectively overcomes end-duct resistance.

Low-noise performance makes the system suitable for densely staffed filling lines.

Actual Application Results:

After SYNRUI's customized cleanroom fan filter units were implemented in an injectable aseptic filling workshop, the particle count in the clean area decreased by 42% compared with the original system.

Cleanroom airflow stability improved, and the product qualification rate increased by approximately 18%.

Filter efficiency degradation was less than 5% after 18 months of continuous operation.

Semiconductor Industry Case Study

Application Requirements:

Semiconductor processing requires extremely high air cleanliness, often maintaining ISO 3–ISO 5 levels year-round. Even a single particle can lead to wafer defects.

Solution:

Ultra-high-efficiency ULPA filters with MPPS filtration efficiency ≥ 99.9995%.

High-airflow design ensures stable laminar flow.

EC (brushless DC) motors reduce energy consumption by 30–50%.

Real-World Application Results:

Deployment of 2,000 cleanroom fan filter units price in a wafer fab enabled certain areas to reach ISO Class 3.

Wafer yield increased by 7.6%.

FFU power consumption decreased from 180 W (traditional AC systems) to 110 W, saving approximately $170,000in annual electricity costs.

Biosafety Laboratory Case Study

Application Requirements:

Biosafety laboratories must strictly control microorganism spread, requiring directional airflow and high-efficiency terminal filtration.

Solution:

ULPA or H14-grade filters for terminal exhaust.

Support for negative-pressure environments to ensure airtight containment.

Modular installation structure facilitates laboratory upgrades and retrofitting.

Practical Application Results:

A national BSL-3 laboratory using 180 cleanroom fan filter units suppliers achieved zero microbial detection at the exhaust terminal during monitoring.

Due to the modular structure, the renovation cycle was shortened by 35%.

Precision Manufacturing Industry Case Study

Application Requirements:

Critical processes such as assembly, coating, and testing require stable laminar flow to prevent scratches or defects caused by static electricity or microparticles.

Solution:

Local clean booths using discount cleanroom fan filter units to establish ISO 5 laminar flow zones.

Anti-static design ensures enclosure grounding resistance is <0.1 Ω.

Airflow stability maintained within ±5%.

Practical Application Results:

After installing 60 cleanroom fan filter units to build an assembly clean booth:

Scratch defect rate decreased by 28%.

Lens cleaning frequency decreased by 40%.

Labor and rework costs were significantly reduced.

Food and Cosmetics Industry Case Study

Application Requirements

Airborne microorganism and particulate levels must be kept low to prevent secondary contamination of products.

Solution:

Use H13/H14 HEPA filters to ensure microbial counts meet aseptic-area standards.

Maintain a stable airflow velocity of approximately 0.45 m/s to enhance local positive pressure.

Actual Application Results:

After using cleanroom fan filter units manufacturers in a cosmetics factory, airborne bacteria levels decreased by 67%, and the product return rate decreased by 21%.