Wound filters are ideal for various industries and processes that require high particle retention efficiency. Common applications include:
The wound filters of AirLink Filtros They are recognized for their versatility and superior performance in various industrial applications.wide chemical compatibility and great robustness, they are ideal for demanding filtration environments.
AirLink Filtros It offers custom wound cartridges, developed according to customer specifications such as height, outer diameter, and filtration grade. These high-quality filters, also known as filter elements They provide efficient particle retention and are manufactured with a combination of yarn and core in various materials to meet different filtration needs.
AirLink Filters’ wound cartridges are manufactured with materials that provide reliable performance under extreme filtration conditions:
Model | Dimensions | Caudal * | Pressure | Temperature |
| AL-A/FB | 10″ X 2,5″ | 1200 L/H | Δp 4 kgf/cm² | 60 ºC |
| AL-A/FB | 20″ X 2,5″ | 2000 L/H | Δp 4 kgf/cm² | 60 ºC |
| AL-A/FB | 30″ X 2,5″ | 2300 L/H | Δp 4 kgf/cm² | 60 ºC |
| AL-A/FB | 40″ X 2,5″ | 2600 L/H | Δp 4 kgf/cm² | 60 ºC |
OBS: If you need other models, please contact our technical consultants.
In AirLink Filtros we prioritize there continuous improvement and strict adherence to deadlines, offering reliable filters that meet the highest quality standards. Our modern infrastructure, together with a team of experienced professionals, guarantees the development of efficient filtration solutions with excellent cost-benefit ratios.
We also have a technical sales and after-sales team always available to provide specialized care ensuring that each customer receives the best solution for their filtration needs.
The AirLink Filters wound cartridges They are the ideal choice for those looking for reliable performance in a wide range of industrial applications. With durable materials With chemical compatibility and high retention capacity, these filters guarantee superior performance even under demanding filtration conditions.