Air Intake Filter Replacements

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Air Intake Filter Replacements Specification

Flow Rate
500-5000 CFM (model dependent)

Efficiency (%)
Up to 99.9% (Depending on media selection)

Temperature Range
-20C to +80C

Media Type
Synthetic, Cellulose, Polyester, Glass Fiber

Filtration Grade
G3, G4, F5, F6, F7, H13 (as per model)

Pressure
0.5 to 1.5 bar

Filter Type
Air Intake Filter Replacement

Capacity
Based on size and application (dirt holding up to 800g)

Connecting Type
Clamp / Flange / Customized

Cleaning Method
Replaceable (Disposable) / Cleanable (Compressed Air for specific models)

Condition
New

Material
Synthetic Fiber / Cellulose / Polyester / Metal End Caps

Mesh
Fine Mesh (if applicable depending on model)

Diameter
Customized (Standard options available: 100 mm, 150 mm, 200 mm, etc.)

Construction
Pleated / Panel / Cylindrical Type

Medium Filter
Pleated Media, Synthetic Fiber, Paper, Polyester Blend

Weight
1-5 kg depending on size

Shape
Round / Panel / Customized

Feature
High Dust Holding Capacity, Low Initial Pressure Drop, Easy Installation, Long Operational Life

Outer Guard
Expanded Mesh or Perforated Metal Sheet

Standards Compliance
EN779, ISO16890, ASHRAE

Color
White / Blue / Grey / Customized

Application
Industrial Air Handling Units, Compressors, Turbines, HVAC Systems

Sealant Type
Polyurethane / Epoxy

Mounting Type
Vertical / Horizontal / Custom Mountings

Maximum Humidity Resistance
Up to 100% RH

Fire Resistance
Available as per request (UL 900/EN 779)

Resistance to Moisture
Yes

Serviceability
Field Replaceable / Easy Maintenance

Inner Core
Perforated Galvanized / Stainless Steel

Life Span
6-12 Months (subject to application & environment)

End Cap Material
Galvanized Steel / Aluminum / Plastic

Air Intake Filter Replacements Trade Information

Main Export Market(s)
Asia

Main Domestic Market
All India

About Air Intake Filter Replacements

Air Intake Filter Replacements

No matter what type of air compressor or blower you are using, you should be using an air intake filter. Dust, smoke, water, oil spray and other airborne contaminants can greatly reduce the life of your equipment. Don't allow them to enter your delicate air compressor or blower unfiltered.

Our company provides top quality replacement Air Intake Filters that meet and/or exceed the original OEM quality and performance. We supply replacements for all brands of compressors.

Application : The air filter cylinders are used in the self cleaning filters with pluse backwashing units, and it bases on the rigid filter cylinder as the filter parts, especially in the factory based on the gas turbine,air compressor and fans offering air energy.

Efficiency : H10-H12

character : This type of air filters ensure No abrasion appears due to the no dust in inner parts of the air-energy equipment.

Reliable Protection Across Industrial Applications

Our replacement air intake filters are meticulously crafted to meet the specifications of demanding environments such as compressors, turbines, and HVAC units. Offering resistance to both moisture and fire (as needed), their robust construction ensures safety and efficiency, even under extreme operating conditions. Integrating seamlessly into vertical, horizontal, or custom mounting configurations, each filter maximizes airflow while maintaining the highest standards of filtration.

Customizable to Your Process Needs

Available in a range of filtration grades (G3 to H13) and multiple shapes, our filters suit specialized applications. Options include pleated, panel, and cylindrical constructions, and media ranging from synthetic fiber to polyester blends. Standard and custom diameters are available for optimal fitting, and field-replaceable designs make maintenance straightforward and convenient.

FAQs of Air Intake Filter Replacements:

Q: How do I choose the appropriate air intake filter replacement for my industrial system?

A: Selecting the right filter entails matching your systems requirementssuch as airflow rate (5005000 CFM), filtration grade (G3H13), and operational environmentto filter specifications. Consider factors such as end cap material, humidity and fire resistance, and the required mounting type. Our technical team is available to help determine the best option for your compressor, turbine, or HVAC unit.

Q: What maintenance process is recommended for these air intake filters?

A: Most models are field-replaceable for easy serviceability, with a recommended replacement frequency of every 612 months depending on use conditions and contamination levels. Some models are cleanable using compressed air, which can extend filter life. Regular inspection and timely replacement or cleaning ensure optimal system performance and air quality.

Q: When should air intake filter replacements be installed?

A: Install new or replacement filters at the start of a maintenance cycle or when you notice increased pressure drop, diminished airflow, or visible contamination. Typically, replacement is suggested within 612 months, but high-dust or high-moisture environments may require more frequent attention to maintain efficiency.

Q: Where can these air intake filter replacements be applied?

A: Our filters are suitable for a broad array of industrial and commercial applications, including air handling units, compressors, turbines, and HVAC systems. Their robust, moisture-resistant construction enables dependable operation in environments with high humidity or stringent air quality needs.

Q: What are the benefits of using filters with galvanized steel, aluminum, or plastic end caps?

A: End caps made from galvanized steel or aluminum offer enhanced durability and corrosion resistance in challenging environments, while plastic end caps provide a lightweight, cost-effective option for less demanding conditions. All options ensure secure sealing and compatibility with various filter housings.

Q: How does the filtration efficiency and airflow capability impact my systems performance?

A: With efficiencies up to 99.9% (media-dependent) and flow rates between 5005000 CFM, these filters significantly reduce airborne contaminants while maintaining optimal system pressure and minimizing energy consumption. A low initial pressure drop and high dust holding capacity further contribute to long-term operational reliability and reduced maintenance costs.

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