Cartridge, 10" USTM NET strainer

Mesh (sedimentation) cartridge 10" NET reusable USTM, filtration class 70 μm

IMPORTANT INFORMATION

USTM is a leading manufacturer of water filters, central vacuum systems and sanitary installations on the Polish market.

The USTM 10" NET mesh cartridge (filter) with a filtration class of 70 μm is made of nylon mesh. The filter structure is compact and rigid, thanks to which the cartridges are extremely durable and suitable for applications requiring significant flows at temperatures from 2-70ºC. Excellent the quality of workmanship ensures effective removal of mechanical impurities such as sand, silt, rust and other suspensions from filtered water.

The NET 10" USTM mesh filter cartridge is mainly used for pre-filtration of water at the main connections. The filter has minimal resistance to water, without noticeable pressure drops. It is installed inside the 10" standard housings. Contaminants that have been retained on the outer surface fall to the bottom of the filter housing, i.e. sedimetation occurs. The resulting impurities are removed by rinsing the cartridge under running water. The cartridge can also be used in bodies with a bottom drain valve, in which the filter can be rinsed without unscrewing it. The product is a reusable filter - it can be used until the mesh is physically damaged.

The presented 10" NET USTM mesh insert (filter) fits most 10" standard tube filters, regardless of the manufacturer.

In order to get acquainted with the detailed technical parameters, just open the "technical data" tab, while in the "downloads" tab there is a catalog card with technical parameters.

FEATURES OF THE NET USTM CARTRIDGE

• They retain solid impurities such as: rust, sand, silt and other suspensions
• Possibility of repeated use
• Perfect for high flows
• Stiffened construction
  
  

ADVANTAGES

• Operation at higher flow rates
• The product is made of material approved for contact with food
• The highest quality of workmanship
• Cartridges and filters can be used many times
• Compact design