Food Manufacturing Industry
Air Guard CleanGlory series establishes reliable safeguards for food safety’s protecting
The Hazards of Bacterial Particulates in Air to the Food Industry
The hazards of bacterial particulates in air to food quality are multifaceted. To ensure the quality and safety of food, it is necessary to strengthen air environment management in all aspects of food processing and packaging lines, and strictly control the contamination of bacterial particulates in the environment.
The presence of bacterial particulates not only affects the taste of food but may also degrade the nutritional content within.
Food contaminated by harmful bacterial particulates in the air may lead to food safety incidents.
Bacterial particulates carry various enzymes and other biologically active substances, which accelerate the spoilage of food and significantly impact the shelf life of dairy products.
Certain populations with lower resistance are more susceptible to the impact of microbial contamination in food. Once they consume food contaminated by bacterial particulates in the air, it may lead to serious health issues.
Air Guard Customized Air Filtration Solutions for Food and Beverage Industry
Air Guard's CleanJoy series of air filters, with high quality and efficiency, are deployed in fluidized bed dryers, aseptic filling lines, slicing, aging, and packaging processes to comprehensively protect food from spoilage and effectively mitigate the risks of product recalls and customer dissatisfaction.
Our comprehensive range of filters for the food industry, in conjunction with the clean systems within air handling units, ensures a clean environment in various areas, with high-cleanliness zones meeting ISO 5 cleanliness standards.
High-temperature sterilization is a crucial step, and Air Guard's high-temperature filters designed for the food industry operate stably through the heating, constant temperature, and cooling stages, ensuring the elimination of bacteria in food and enhancing the shelf life of products.
Air Guard Practical Application Solutions and Advantages
After adopting Air Guard's customized air filtration solutions, a food and beverage enterprise successfully addressed cross-contamination issues during production, enhancing product quality and employee efficiency.
The introduction of an intelligent air filtration management system enables the enterprise to monitor air quality in real-time and take timely measures to ensure a clean and hygienic production environment.
Fully compliant with ISO 846 standards (does not provide nutrients for fungi and bacteria, and exhibits inertness towards them)
The product can withstand the effects of disinfectants and cleansers without compromise.
Stable and reliable products reduce production downtime and product losses.
Maximizes operational excellence and extends product shelf life.
Food Manufacturing Industry-related products
Panel Pre-filter
Filtration Class: G3~M5
Filter Media: Double-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
Primary Application: Suitable for use as a pre-filtration device in the intake and exhaust systems of air-conditioning unit ventilation.
Features: Low initial pressure drop, long service life, and particulate removal efficiency >90%.
Panel Filter without Separator
Filter Grade: E10~U16
Filter Media: Ultra-fine glass fiber material
Structure: Panel-type structure with pleats and no separators
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤350 Pa
Primary Applications: Suitable for the final air supply in cleanrooms of air-conditioning systems.
Features:
High efficiency, low resistance
Long service life
Particle removal efficiency >99.99995% @ MPPS (Most Penetrating Particle Size)
Pocket Filter
Filter Grade: M5~F8
Filter Media: Multi-layer fluffy synthetic fiber cotton
Structure: Triangular “V”-shaped division and stitching technology
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤450 Pa
Primary Applications: Suitable for use as the main filter in air-conditioning ventilation systems.
Features:
Low initial pressure drop
Long service life
Particle removal efficiency >95%
High Temperature Resistance V Bank Box Filter
Filter Grade: E10~H13
Filter Media: Double-layer high-density glass fiber material
Structure: “V”-shaped structure with high-temperature separator material
Continuous Operating Temperature: ≤120°C
Recommended Final Resistance: ≤650 Pa
Primary Applications: Suitable for use in high-temperature sterilization environments with fresh air in the food industry.
Features:
Low resistance, suitable for large airflow
Long service life
Particle removal efficiency >90%
250°C High-Temperature Resistant Filter with Separator
Filtration Grade: H13~H14.
Filter Media: High-temperature resistant glass fiber.
Structure: Stainless steel structure with separator.
Continuous Operating Temperature: ≤260°C.
Recommended Final Resistance: ≤700 Pa.
Primary Application: Suitable for high-temperature purification equipment systems such as high-temperature tunnels.
Features: Low resistance, strong stability, continuous high-temperature operation.
Particle removal efficiency >99.995% @ MPPS (Most Penetrating Particle Size).
Middle Efficiency V Bank Filter
Filter Grade: M6~F9
Filter Media: Double-layer high-density glass fiber material
Structure: “W”-shaped structure for high airflow and increased filter media area
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤450 Pa
Primary Applications: Suitable for air-conditioning systems requiring high efficiency and high airflow or with limited installation space.
Features:
Low initial pressure drop
Long service life
Particle removal efficiency >98%
Multi-Efficiency Pocket Filter
Filter Grade: M6~F7
Filter Media: Multi-layer filtration media with carbon cloth interlayer
Structure: Multi-layer synthetic filtration media with carbon cloth, sewn into a “V”-shaped configuration
Continuous Operating Temperature: ≤68°C
Recommended Final Resistance: ≤450 Pa
Primary Applications: Suitable for the removal of low concentrations of chemically contaminated gases in air-conditioning ventilation systems.
Features:
Low resistance, suitable for high airflow
Broad-spectrum adsorption capabilities
Effective filtration of harmful gases such as SO2 and H2S
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