Filter Grade: M5~M6
Filter Media: High-Performance Synthetic Fiber with Anti-Tearing Properties
Structure: Incrementally Structured with Adhesive-Treated Filter Cotton, Permanently Retaining Collected Particles During Service Life
Continuous Operating Temperature: ≤100°C
Primary Application: Ceiling Filter Cotton Designed for the Final Filtration Process in Painting Systems and Painting Workshops
Clean Air Side Composed of Polyester Textile Fabric, Achieving 100% Capture of Dust Particles Larger Than 10μm
Flame Retardant to German Industrial Standard DIN53438 F1
Silicone-Free
Surface Painting Industry
艾尔佳净耀(CleanGlory)系列产品,确保汽车涂装的品质安全
Surface Painting Industry Solution
The control of particulate matter and the uniformity of airflow during automotive painting are crucial aspects of the automotive coating process.
Particulate matter in the air, such as dust, fibers, and other impurities, can lead to coating defects such as particles, cratering, and other imperfections.
Uneven distribution of air velocity can result in issues like overspray, uneven coating, and subsequently, color variations.
Air Guard CleanGlory series of air filters are specifically designed for the painting industry.
During the automotive painting process, sources of particulate matter include particles formed from the paint itself, particles generated by wear and tear of spray equipment, and particles present in the spray environment.
Air Guard provides particulate removal solutions for automotive manufacturing factories worldwide, equipment manufacturers of painting and air-conditioning intake systems, as well as service providers.
We offer a comprehensive range of painting filter products, including coarse pre-filters, medium-efficiency filters, and high-efficiency filters, for various parts of the painting production line. These filters enhance the output of high-purity air, reduce the defect rate in spray painting, and minimize the damage to paint caused by dust and fibers in the air.
The overhead cotton filters designed and developed by Air Guard can capture particles larger than 5μm with a capture efficiency of 99%, and particles larger than 10μm with a capture efficiency of 100%, without causing secondary contamination from falling dust. The gas output forms a laminar flow evenly, reducing paint waste and the number of repeated spray applications.
Strengthen monitoring and management of particulate matter, airflow volume, and resistance.
Air Guard has established a comprehensive monitoring system for particulate matter, airflow volume, and resistance.
It monitors and records data in real-time.
It promptly analyzes and adjusts equipment parameters while issuing alarm signals in a timely manner to prompt necessary measures such as filter element replacement.
This ensures that the particulate matter concentration and output air velocity are consistently maintained within specified ranges.
Air Guard’s Practical Application Solutions and Advantages:
One automobile manufacturer has adopted advanced Air Guard air filters, which have a 100% capture efficiency for dust particles larger than 10 micrometers. The particles collected during use are permanently retained, solving the quality issues related to the appearance of products after painting. Air Guard products feature a large dust holding capacity and a long service life, reducing the number of production line shutdowns for maintenance and product replacement cycles by one-third. The products are robust, reducing production failures, and are stable, efficient, and energy-saving, protecting the health of workers. Additionally, the accompanying monitoring system successfully achieves precise early warning functionality for excessive particle concentration, effectively preventing quality risks.
Surface Painting Industry Related Productions
Ceiling Filter

Paint Mist Felt
Filter Grade: G2~G3
Filter Media: High-Elasticity Glass Fiber Filtration Material with Gradually Increasing Structure
Structure: Fibers are arranged in a gradually increasing structure for high capture efficiency
Continuous Operating Temperature: ≤150°C
Primary Application: Designed for capturing oversprayed paint mist and dry dust in painting systems. Low compressibility maintains shape and the filtration fibers are conducive to retaining paint mist and dust.
High Humidity Resistance: Capable of withstanding up to 100% relative humidity
Flame Retardant to German Industrial Standard DIN53438 F1
Silicone-Free

Panel Pre-filter
Filtration Grade: G3~M5
Filter Media: Dual-layer Synthetic Fiber
Structure: Diversified structural design to cater to the needs of various application scenarios
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤250 Pa
Main Application: Suitable for use as a pre-filtration device in the inlet and exhaust systems of air conditioning unit ventilation.
Low initial pressure drop, long service life, and particulate removal efficiency >90%
Flame retardant in accordance with German Industrial Standard DIN53438 F1
Silicone-free

HighTemperature Resistance Panel Filter
Filtration Grade: G4~M5
Filter Media: High-temperature resistant glass fiber or synthetic fiber
Structure: Plate-type metal outer frame
Continuous Operating Temperature: ≤250°C
Main Application: Designed for automated spray painting and drying workshops
Particulate removal efficiency >90%
Flame retardant in accordance with German Industrial Standard DIN53438 F1
Silicone-free

Pre-to-Medium Efficiency Pocket Filter
Filtration Grade: G4~F9
Filter Media: Dual-layer Synthetic Fiber
Structure: Ultrasonic Welded Filter Bag
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤450 Pa
Main Application: Suitable for ventilation systems in spray painting and air conditioning units
Features: Low initial pressure drop, long service life, high efficiency, and high dust holding capacity
Flame retardant in accordance with German Industrial Standard DIN53438 F1
Silicone-free

HighTemperature Resistance Filter without Separator
Filter Grade: M6~F8
Filter Media: Double-Layer High-Density Glass Fiber Material
Structure: Filter Element Formed in One Piece with Filter Media and Filter Paper as Separator
Continuous Operating Temperature: ≤300°C
Recommended Final Resistance: ≤450 Pa
Primary Application: Suitable for Circulating Air Filtration Systems in Drying Ovens and Drying Tunnels in Surface Coating Industry
Features: Low resistance and optimal filtration efficiency with minimal space occupation.
Flame Retardant to German Industrial Standard DIN53438 F1
Silicone-Free

HighTemperature Resistance Filter with Separator
Filtration Grade: M6~F8
Filter Media: Dual-layer High-density Glass Fiber Material
Structure: The filter cartridge is separated and shaped by filter paper and aluminum foil
Continuous Operating Temperature: ≤300°C
Recommended Final Resistance: ≤450 Pa
Main Application: Suitable for the air circulation filtration system of drying ovens and drying tunnels in the surface coating industry
Low resistance and optimal filtration efficiency
Flame retardant in accordance with German Industrial Standard DIN53438 F1
Silicone-free

Ceiling Filter
Filtration Grade: Paint Mist Capture Efficiency ≥95%
Filter Media: Combination of “V”-shaped Structure and Multi-layer Filtering Materials
Structure: Progressive Structure for Increased Filtration Depth
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤450 Pa
Main Application: Designed and manufactured specifically for high-efficiency paint mist separation, filtration, and high paint storage capacity in paint lines
High paint holding capacity and long service life

Ceiling Filter
Filtration Grade: G3~M5
Filter Media: Dual-layer Synthetic Fiber
Structure: Intelligent Filter Media Replacement Control System
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤250 Pa
Main Application: Suitable for pre-filtration in air conditioning intake systems and other similar applications
Features: Automated operation, differential pressure monitoring system, low resistance with high dust holding capacity

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