Aem filters

Types of Aem filters

Aem filters are air filters manufactured by the American company, AEM Performance. They are a preferred choice for many people because they improve airflow to the engine, potentially increasing horsepower and torque. AEM air filters are available in various types, each designed to suit different needs. Here are a few:

• AEM DryFlow Filter: This AEM filter uses a synthetic non-woven polyester media. It traps contaminants through a depth-loading design, which ensures that particles get stuck deep within the filter. These deep layers capture dirt and dust, ensuring clean air for the engine. The AEM DryFlow Filter is easy to clean and reuse. AEM recommends washing the filter every 15,000 miles or earlier, depending on driving conditions. Users can use AEM's cleaning kit or any mild cleaner to remove trapped impurities. The AEM DryFlow Filter comes in various shapes and sizes to fit different vehicles.
• AEM V2 Cold Air Intake System: The AEM V2 Cold Air Intake is not a filter but rather a performance intake system that incorporates AEM filters. It is designed to increase the volume of cooler air into the engine. Compared to other cold air intakes, AEM V2 Cold Air Intake Systems have two tuned intake pipes and a larger intake face area. V2 systems use an AEM DryFlow filter, which, as mentioned earlier, is designed to capture dirt without using oil, making it easy to clean and maintain.
• AEM Synthetic Air Filter: Like the AEM DryFlow Filter, the AEM Synthetic Air Filter is made using synthetic materials. However, they use a nylon mesh filtering media. Nylon is known for its excellent strength and durability. The mesh construction of the AEM Synthetic Air Filter provides good filtration efficiency while allowing for decent airflow. These filters are also easy to clean and reuse.
• AEM X-Stream Top Air Filters: AEM X-Stream Top Air Filters are specialized filters designed for use in high-performance settings. They are often used in racing and track environments where maximum airflow is crucial. These filters are engineered to provide an even higher flow rate compared to standard AEM filters. They utilize advanced filtering materials and designs to minimize airflow restrictions. The AEM X-Stream Top Air Filters are designed to fit over existing intake systems or be integrated into custom setups.

Specifications and Maintenance of AEM Filters

Every AEM filter has specifications that suit particular vehicle models and driving conditions. Here are some common specifications buyers should expect:

• Filter Size

  The size of an AEM air filter corresponds with the vehicle's air intake system. AEM air filters are available in different sizes ranging from 4 inches to 6 inches in diameter and suitable for specific models. The size of the AEM air filter determines how much air it can flow into the engine, affecting power output. A larger air filter allows more air into the engine, improving performance.

• Part Number

  The AEM air filter part number is assigned by the manufacturer and used to identify models made by AEM. The part number is used to order compatible replacement filters and other accessories.

• Filter Material

  AEM filters are made of materials suitable for their intended purpose. For example, AEM uses cotton gauze for high-flow air filters. Cotton gauze is a durable material that traps tiny particles without restricting airflow. Some AEM air filters are made of synthetic materials. Synthetic filters restrict the flow of air better than cotton, but they don't allow as much air into the engine.

• Filter Construction

  The AEM air filter construction varies from one model to another. For instance, some filters have a conical shape. Conical filters are ideal for high-performance applications where maximum airflow is required. Other filters have a panel construction. Panel filters are used to replace stock paper filters and improve engine performance.

• Airflow Rating

  AEM uses the cubic foot per minute (CFM) measurement to rate the airflow of their filters. The airflow rating determines the amount of air the filter can flow into the engine. Higher ratings improve engine performance. AEM filters have airflow ratings ranging from 350 to 700 CFM. CFM ratings of AEM air filters differ according to the intended use.

• Filter Stage

  AEM divides its filters into three stages depending on the intended use. Stage 1 filters are suitable for normal driving conditions. Filters in stage 2 are designed for vehicles used in harsh environments. AEM recommends stage 3 filters for racing applications.

AEM recommends performing regular maintenance checks on their air filters to ensure they last longer and maintain optimal engine performance.

• 1. Visual Inspection

  AEM recommends visually inspecting the air filter during routine engine checks. Look out for visible damages such as holes or tears on the filter material. Also, check for dirt and debris trapped on the filter.

• 2. Cleaning

  AEM suggests cleaning the air filters after every 10,000 miles. Use AEM synthetic air filter cleaner to remove dirt and debris trapped on the filter material. The cleaner has a special formula that breaks down dirt without damaging the filter. After applying the cleaner, rinse the filter with water and allow it to air dry. Washing the air filter removes dirt and restores its ability to trap particles.

• 3. Replacement

  AEM recommends replacing the air filter every 50,000 miles. Over time, normal wear and tear damage the filter material, reducing its ability to trap particles. Furthermore, the material degrades after prolonged exposure to dirt. Signs that it's time for a replacement include reduced engine performance, increased fuel consumption, and visible damage to the filter.

• 4. Reinstallation

  AEM advises users to carefully reinstall new or cleaned air filters. Ensure the filter fits snugly into the air intake housing to prevent unfiltered air from entering the engine. A loose-fitting filter causes rough engine idle.

How to choose AEM filters

AEM air filters are a popular choice for many car owners who want to improve the performance of their vehicles. When sourcing these filters, buyers should consider the following:

• Vehicle compatibility

  Buyers should select AEM filters that are compatible with various car models and makes. They should check the part number of the filter and the applications it is designed for. This ensures that clients won't have to do any modifications so the filter can fit into the engine bay.

• Filter type

  AEM offers several types of filters, such as dry filters and oil-based filters. Buyers should get a mix of different types to cater to various clients' preferences. They should also be able to explain the differences between the types so clients can select what works best for them.

• Performance gains

  Different AEM filters offer various levels of performance improvement. Some are designed to increase horsepower, while others focus on improving torque. Buyers should select filters that give reasonable performance gains without compromising engine longevity.

• Ease of installation

  AEM filters that come with detailed installation instructions and all necessary hardware for mounting are very convenient. Buyers should select filters that are easy to install so their clients won't have to incur extra costs if they have to hire a mechanic.

• Price

  AEM filters are available in different prices depending on the type and the model number. Buyers should set a budget and compare the features and specifications of the filters they'll get within the price range. This ensures they get the best value for their money.

• Warranty

  Buyers should check the length of the warranty offered by the manufacturer. They should also find out what the suppliers' return policy is just in case the products arrive damaged or faulty.

• Stock availability

  To avoid delays in order fulfillment, buyers should partner with suppliers that have adequate stock of AEM filters. They should also find out how long the suppliers take to process and ship their orders.

• Client reviews

  Before purchasing AEM filters from a new supplier, buyers should read reviews from previous clients to find out whether the supplier delivers as promised. They should also find out whether the filters perform as advertised.

How to DIY and replace AEM filters

Replacing AEM cold air intake filters is a doable DIY project. It requires basic mechanical skills and knowledge. Before commencing the project, ensure that the necessary tools are available. These include socket and ratchet set, towel or rags, jack and jack stands or ramps, and new AEM filter. Here are step-by-step instructions on how to replace AEM filters.

• Prepare Vehicle

  Park the vehicle on a flat surface. Engage the parking brakes. For safety purposes, ensure that the vehicle is secure and stable.

• Access the AEM Intake System

  Open the hood and locate the AEM intake system. It is important to read the manufacturer's instructions and guidelines to know the exact location of the intake system.

• Remove the Intake Tube

  Using a socket and ratchet set, remove the bolts and clamps securing the intake tube. Take extra caution not to damage any surrounding components or hoses.

• Remove the Old Air Filter

  Grip the old air filter and pull it out of the intake tube. If the filter is stuck, gently twist it while pulling to loosen it. Be careful not to drop any debris into the intake duct.

• Clean the Area

  Use a clean towel or rag to wipe the inside of the intake tube and surrounding areas. This will ensure that no dirt or debris gets into the engine while replacing the filter.

• Install the New AEM Air Filter

  Take the new AEM air filter out of its packaging. Moisten it with the recommended cleaning solution. Then, insert it into the intake tube. Make sure it fits snugly and creates a proper seal.

• Reinstall the Intake Tube

  Slide the intake tube over the AEM air filter. Secure it using the previously removed clamps and bolts. Ensure that everything is tightened properly to prevent any air leaks.

• Check for Leaks

  Start the engine and listen for any unusual noises or air leaks. Ensure that everything is properly installed and secure.

• Close the Hood

  Once satisfied with the installation, close the hood. Remember to dispose of the old filter in accordance with local regulations.

Q&A

Q1: How often should one replace AEM filters?

A1: The frequency of replacement depends on various factors such as driving conditions, the type of AEM filter, and the vehicle's make and model. However, a general rule of thumb is to check the filter every 10,000 miles and replace it at least once every 50,000 miles. For AEM dry filters, a replacement is due after every 25,000 miles. Those who drive in dusty roads need to do a replacement sooner.

Q2: Can AEM filters improve fuel efficiency?

A2: Yes. By providing better airflow to the engine, AEM filters can potentially improve fuel efficiency. The improved airflow allows the engine to breathe better, which can optimize fuel combustion and potentially lead to better mileage.

Q3: Are AEM filters environmentally friendly?

A3: Yes, AEM offers filters that are environmentally friendly. The AEM water-based filters use less water in the cleaning process compared to traditional methods. Additionally, their reusable filters help reduce waste by eliminating the need for disposable paper filters.

Q4: Do AEM filters require special maintenance?

A4: While all air filters require maintenance, AEM filters do not require anything out of the ordinary. Regular cleaning during the recommended intervals using AEM's filter cleaning kit will ensure the longevity and performance of the filters. Following the instructions provided will make the maintenance process easy and straightforward.

Q5: Can AEM filters be installed on any vehicle?

A5: AEM filters are designed to fit a wide range of vehicles. However, it's essential to choose the correct size and type of filter for a specific make and model. This ensures proper fitment and optimal performance. AEM also offers custom kits for those who wish to install the filters on their bikes or other machines.