- info@aimfiltration.com
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AIM has developed fully synthetic materials keeping in view automotive filtration market. This material has special applications like cabin air filter medias, engine air medias, fuel water separator medias, oil filter medias etc.
We represent Neenah Gessner from Germany and also stock and sell their medias for local markets in India.
Our range of Transportation Filtration market includes
1. Intake Air Filtration
2. Secondary Air Filtration
3. Oil Filtration
4. Cabin Air Media
5. Engine Air Filtration
6. Fuel Filtration Medias
We make the nonwovens in India and synthetic oil medias, While the rest are imported from Neenah Gessner from Germany and USA.
The medias are made using the best of the global technology. Aim employs various technologies like meltblowns, thermal bonding, needle punching, chemical bonding, scatter coating, nano technology, nano fibers, PU coating and so on!
Our cabin air filter products consist of fine fibres and electrostatic charge that increase sub-micron particle retention with reduced pressure drop. This material has superior fractional efficiency, good processability, and stable performance in high temperature and humidity. Its high efficiency and low airflow resistance characteristic increase protection for drivers and passengers.
Cabin Air Filter Media: Easy Air Filtering in Your Vehicle
Cabin air filter media is a significant part of your vehicle's heating, ventilation, and air conditioning (HVAC) system. It acts as a barrier, preventing pollutants from entering the passenger compartment and ensuring cleaner, healthier air for everyone inside.
What is Cabin Air Filter Media Made Of?
The composition of cabin air filter media can vary, but common materials include:
Non-woven fabrics: These synthetic materials are often used as a base layer, providing a physical barrier against larger particles like pollen, dust, and road debris.
Activated carbon: This material is added to some filters to absorb harmful gases, odors, and volatile organic compounds (VOCs).
Electrostatic fibers: These fibers attract and trap smaller particles through static charges.
Cabin Air Filter Medias
Standard: These filters primarily remove larger particles like pollen and dust.
Activated carbon: These filters remove both particles and harmful gases, improving air quality and reducing smell.
High-efficiency particulate air (HEPA): These filters capture even the smallest particles, including bacteria and viruses.
Importance of Cabin Air Filter Media
Improved air quality: Cleaner air can reduce allergy and asthma symptoms, making driving more comfortable for everyone.
Reduced Smell: Activated carbon filters can eliminate unpleasant smells from the vehicle's interior.
Protection of the HVAC system: By trapping particles, the filter media helps protect the delicate components of your HVAC system from damage.
We produce composite Medias using PBT and cellulose paper for fuel water separation. Use of this media ensures removal of moisture from fuel and improves the life of the engine.
Fuel Water Separator Media: Keeping Your Engine Dry
Fuel water separator media is a specialized filtration material designed to remove water from fuel systems, particularly in diesel engines. Water pollution in fuel can lead to serious engine problems, including:
Decomposition: Water can corrode metal components within the fuel system, leading to costly repairs.
Bacterial Extension: Water can promote the growth of bacteria and fungi, which can clog fuel filters and injectors.
Reduced engine performance: Water can interfere with the combustion process, leading to decreased engine power and fuel efficiency.
How Fuel Water Separator Media Works
Fuel water separator media typically consists of an absorbent material, such as glass fiber, that allows fuel to pass through while trapping water droplets. The media may also incorporate a combine agent, which helps to merge small water droplets into larger ones, making them easier to separate from the fuel.
Types of Fuel Water Separator Media
Combine Media: This type of media uses a combination of fibres and additives to coalesce small water droplets into larger ones, which are then separated from the fuel by gravity.
Hydrophobic Media: This type of media repels water, allowing fuel to pass through while trapping water droplets within the filter.
Importance of Fuel Water Separator Media
Fuel water separator media plays a critical role in protecting your engine from the harmful effects of water contamination. By ensuring that your fuel system remains dry, you can:
We produce the fully synthetic oil medias which can be used with wire mesh backing for oil filtration for the heavy duty application.
Oil Filter Media: The Ultimate Part of Engine Protection
Oil filter media is the core component of an oil filter, responsible for removing harmful contaminants from engine oil. These contaminants, such as metal shavings, dirt, soot, and sludge, can cause significant engine wear and damage if left unchecked.
Composition of Oil Filter Media
Cellulose: A common base material, cellulose fibers provide a strong and porous structure for the filter media.
Synthetic Fibers: Often blended with fibers, synthetic fibers enhance the media's strength, durability, and resistance to high temperatures and aggressive chemicals found in modern engine oils.
Adhesive Treatment: The filter media is typically treated with resins to improve its strength, heat resistance, and ability to withstand the harsh environment within the engine.
How Oil Filter Media Works
As engine oil circulates through the filter, the media traps pollutant within its complex network of fibers. The size and density of the fibers determine the filter's efficiency in capturing particles of various sizes.
Importance of High-Quality Oil Filter Media
Engine Protection: High-quality filter media ensures that harmful contaminants are effectively removed from the oil, protecting engine components from wear and tear.
Extended Engine Life: By maintaining clean oil, a good filter can help extend the life of your engine.
Improved Engine Performance: Clean oil ensures proper lubrication and cooling, leading to better engine performance and fuel efficiency.
