Vana Wound 20

Vana Wound 20" Jumbo - 50µm - 80°C - Filter

Vana Wound 30

Vana Wound 30" - 1µm - 120°C - Filter

Vana Wound 20" Jumbo - 100µm - 80°C - Filter

€31.00

Effective Depth Filters with Graded Density

These cartridge filters are constructed using precise winding technology, creating true depth filtration with a graded pore structure. By having a looser structure in the outer layers and a denser core, particles are effectively captured throughout the entire thickness of the filter, ensuring high dirt-holding capacity and long service life.

The filter type is characterized by its robust mechanical strength and low pressure drop, making it ideal for both pre-filtration and final filtration in industrial applications. The open design minimizes the risk of surface blinding and ensures stable flow under varying process conditions.

Temperature and Material Properties

Depending on your process environment, the filter can be configured with different cores to withstand high temperatures:

  • Plastic Core: Suitable for standard tasks with a temperature tolerance of up to 80°C.
  • Steel Core: Designed for demanding tasks and high-temperature applications with a tolerance of up to 120°C.

Key Benefits:

  • High Dirt-Holding Capacity: The graded density maximizes the utilization of the entire filter media.
  • Versatile Application: Suitable for everything from process water and chemicals to oil and gas applications.
  • Economical Operation: Long service intervals reduce the need for frequent filter changes and minimize downtime.
Item no.:
VAJ-WOU-020-100
Icon Label Description Type Size Download
pdf Wound CSS pdf 356.7 KB Download
Remote Stock - Estimated delivery: 08/04/2026
More Information
Weight, kg 1.000000
Shipping type Box
Brand Vana
Product Category Liquid Filtration
Product Type Filter Element (Cartridge)
Element Length 20"
Element Size Jumbo
Filtration grade, µm (micron) 100
Filter replacement 6 Months
Filter Material Cotton
Material Cotton
Icon Label Description Type Size Download
pdf Wound CSS pdf 356.7 KB Download