Buy Paint Booth Ceiling Filter Media LJF-600G Factory, Pricelist

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Buy Paint Booth Ceiling Filter Media LJF-600G Factory, Pricelist

LJF-600G Ceiling Filter Media Engineered for industrial environments requiring superior particulate control, the LJF-600G represents an advanced filtration solution optimized for painting operations and spray booth installations. This innovative system employs next-generation polymer-based filtration media processed through thermal bonding technology to achieve exceptional particle retention and operational longevity.

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Product Description

Core Construction

✔ Shatterproof synthetic fiber matrix with elastic recovery properties

✔ Full-depth adhesive saturation for particle immobilization

✔ Gradient density design increasing from intake to output surfaces

Performance Attributes

1. Multi-stage Filtration:

Progressive fiber layering creates sequential filtration stages, enhancing contaminant capture efficiency while maintaining airflow consistency.

2. Customizable Configuration:

Adjustable surface adhesion levels (tack/dry variants) for application-specific requirements.

3. Certification Compliance:

Meets international safety protocols (EU DIN53438-F1 & NA UL900-2 certified).

4. Precision Filtration:

Verified 100% retention efficiency for particulates >10μm. Multi-layered fiber alignment enables depth filtration.

5. Operational Economy:

High dust-load capacity minimizes maintenance cycles. Stable pleat geometry ensures consistent pressure differential.

6. Energy-efficient Design:

Optimized initial airflow resistance (≤30% reduction vs conventional filters). Anti-collapse structure maintains integrity.

7. Material Safety:

Silicone-free composition prevents surface contamination risks.

Industrial Applications

Primarily implemented in:

Automotive/industrial paint finishing systems
High-volume spray enclosure ventilation
Precision manufacturing air management
Process ventilation terminal filtration

This engineered filtration solution effectively maintains ISO Class 5-7 air cleanliness standards while demonstrating 40% extended service intervals compared to standard panel filters. The non-particulating media structure prevents secondary contamination, making it particularly suitable for critical surface coating applications where airborne defects must be eliminated.

Specification

Model	Filtration Class	Average Capture Rate	Thickness (mm)	Weight (g/m²)	Dust Capacity (g/m²)	Rated Air Velocity (m/s)	I.N.P (Pa)	F.N.P (Pa)	Scrim/Glue
LJF-600G	F5 M5	99%	22±2	600	450	0.25	45	450	Full glue
LJF-560G	F5 M5	99%	22±2	500	400	0.25	40	400	Full glue
LJF-460G	F5 M5	97%	22±2	460	370	0.25	35	400	Surface glue
LJF-400G	F5 M5	90%	22±2	260	350	0.25	30	400	without glue
Standard Roll Sizes: 121m \| 1.621m \| 2*21m
Note: Other specifications can be customized according to requirements.

Technical Data

Frequently Asked Questions

Q1: What makes the Core Construction of this filter shatterproof?

The filter utilizes a high-quality synthetic fiber matrix with specific elastic recovery properties, ensuring it maintains structural integrity under variable pressure.

Q2: Can these filters be used in automotive painting booths?

Yes, the media is 100% silicone-free to prevent surface contamination, making it ideal for automotive and industrial paint finishing systems.

Q3: What international safety standards do these filters meet?

Our filters are fully compliant with EU DIN53438-F1 and North American UL900-2 safety certifications.

Q4: How does the multi-stage filtration mechanism benefit airflow?

By using progressive fiber layering, the filter creates sequential stages that capture contaminants efficiently while reducing initial airflow resistance by up to 30%.

Q5: Are custom roll sizes or specifications available?

While we offer standard roll sizes (1*21m, 1.6*21m, 2*21m), all specifications can be customized to meet your specific industrial requirements.

Q6: What is the dust holding capacity of the LJF-600G model?

The LJF-600G model features a high dust holding capacity of 450 g/m², which helps extend maintenance cycles and operational economy.