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Clean-Link Medium Efficient Washable Synthetic Fiber Industrial Dust Bag Pocket Filter Clean Room Air Filter F7 For AC
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Clean-Link Medium Efficient Washable Synthetic Fiber Industrial Dust Bag Pocket Filter Clean Room Air Filter F7 For AC

Clean-Link Medium Efficient Washable Synthetic Fiber Industrial Dust Bag Pocket Filter Clean Room Air Filter F7 For AC

In-Depth Analysis of Clean-Link Medium-Efficiency Washable Synthetic Fiber Industrial Dust Filter Bag/Cleanroom HVAC Filter (F7 Grade) Product Core Positioning Model : Clean-Link F7 Grade Medium-Efficiency Washable Filter Bag Applications : Industrial Dust Collection : Pre-filtration for dust in...

In-Depth Analysis of Clean-Link Medium-Efficiency Washable Synthetic Fiber Industrial Dust Filter Bag/Cleanroom HVAC Filter (F7 Grade)

Product Core Positioning

Model: Clean-Link F7 Grade Medium-Efficiency Washable Filter Bag

Applications:

Industrial Dust Collection: Pre-filtration for dust in food processing, pharmaceuticals, and electronics manufacturing (e.g., PCB workshops).

Cleanroom HVAC Systems: Secondary filtration for ventilation systems in hospital operating rooms, laboratories, and semiconductor factories.

Core Functions: Intercepts particles >5μm (efficiency ≥80%~85%), extends HEPA filter lifespan, and reduces operational costs.

Technical Parameters & Performance

Parameter Details Comparison with Industry Standards
Filtration Efficiency (EN779:2012) F7 Grade (80%~85% particle capture at 5μm) Mainstream medium-efficiency grade (F5~F9)
Filter Media Polyester synthetic fiber (antistatic treatment) Compared to glass fiber: resistant to damage, washable
Dust Holding Capacity 400~600g/m² (3~5 times that of primary filters) Extends replacement cycles, reduces maintenance frequency
Temperature Resistance -10°C~80°C (short-term resistance up to 100°C) Adapts to industrial temperature/humidity fluctuations
Washable Cycles 5~8 times (water washing or pulse jet cleaning) Compared to disposable filters: saves 60%+ costs

Advantages:

Antistatic Treatment: Prevents rapid resistance increase due to dust adhesion (especially suitable for electronics workshops).

Gradient Density Structure: Coarse outer layer filters large particles; fine inner layer filters small particles, extending lifespan.

Environmental Friendliness: Reusable, reduces waste (complies with EU RoHS directives).

Comparison with Competitors

Comparison Dimension Clean-Link F7 Traditional Glass Fiber Medium-Efficiency Filter Disposable Synthetic Fiber Filter
Initial Cost Medium (¥150~200/piece) Low (¥80~120/piece) Low (¥50~80/piece)
Long-Term Cost Low (40% savings over 5 years) High (frequent replacement required) Extremely high (monthly replacement)
Efficiency Stability ≤5% decay after washing High risk of damage, large efficiency fluctuations Linear efficiency decline with use
Maintenance Complexity Low (wash, dry, or pulse jet) Requires professional tools for replacement Direct disposal
Environmental Impact Recyclable filter media Glass fiber is hard to degrade Synthetic fiber incineration produces dioxins

Typical Application Cases

Case 1: Cleanroom in an Electronics Factory

Original: Disposable F7 filters cost ¥12,000/month for replacement.

After switching: Annual maintenance cost reduced to ¥28,000 (76% savings).

Case 2: Hospital Central HVAC System

Used with HEPA filters, extending HEPA replacement cycle from 6 months to 18 months.

Selection & Usage Recommendations

Application Suitability:

Recommended: Workplaces with dust concentration ≤5mg/m³ and humidity ≤80%.

Not Recommended: High-temperature (>80°C) or strong acid/alkaline corrosive environments (use PTFE filter media instead).

Installation Notes:

Ensure tight sealing between filter bag and frame (use silicone sealant).

Airflow direction should be perpendicular to filter bag pleats to avoid local blockage.

Washing Specifications:

Water temperature ≤40°C, neutral detergent, gentle hand washing or low-pressure water jet.

Inspect filter media for damage after drying (replace if damaged area >5%).

FAQs

Q: Can F7 filters directly replace HEPA filters?

A: No. F7 filters only intercept particles >5μm, while HEPA (H13~H14) filters ≥99.97% of 0.3μm particles. Graded filtration is required.

Q: Does efficiency decline after washing?

A: Efficiency decay ≤5% after proper washing. Using high-pressure water jets or strong acids/bases may break filter fibers, significantly reducing efficiency.

Q: How to determine replacement needs?

A: Replace when filter resistance reaches twice the initial resistance (e.g., initial resistance 120Pa, final resistance 240Pa).

Summary & Recommendations

Core Advantages: Medium-efficiency filtration, washable and reusable, environmentally friendly, and cost-effective.

Target Users:

Industrial users focusing on long-term cost control (e.g., food, pharmaceutical, electronics factories).

Cleanroom projects with high environmental requirements (e.g., hospitals, laboratories).

Risk Warnings:

Avoid use in ultra-high-temperature/strongly corrosive environments.

Regularly monitor resistance to prevent system energy consumption increases due to delayed replacement.

For specific model matching or technical parameter verification, contact Clean-Link official support and provide operating parameters (e.g., dust type, temperature/humidity, air volume) for customized solutions.

 

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