Silver ions water treatment mat, mesh, 40l

SILVER IONS FOR WATER TREATMENT 40LIOW SILVERTEX MESH is a 3D textile mesh that protects water and water systems against bacterial contamination. The product is used in industrial installations, cooling towers and drinking water tanks. The 3D mesh consists of polyester and silver-plated polyamide (this it is not nanosilver!). By releasing silver ions into the fluid environment, IOW SILVERTEX develops its antibacterial effect.

ADVANTAGES OF IOW SILVERTEX

Simple installation

Efficiency

Cost reduction

Energy-free operation

Maintenance without the use of chemicals

Used in drinking water tanks and in industry

Killing bacteria

The system can be used in accordance with EU standards

The use of IOW SILVERTEX is simple and effective.

Long operating time without repairs and inspections.Compared to chlorine, it has significant advantages:

Reduction of costs

Safety during use and operation

Self-dosing and self-regulating

No odor

No toxic by-products

INSTALLATION Creation of a structure for IOW SILVERTEX to adapt to the current application, IOW SILVERTEX is very flexible and does not create any resistance to the flow of flowing water in the installation. The water must be in contact with the material - flow through it or the material must be immersed in it

HOW DOES IT WORK? Silver metal ions act against:

Coliform bacteria and Legionella

Fungi and spores

Protozoa

Algae

Biofilm

There are few known microorganisms resistant to silver. The introduction takes place through the Ag surface of the mesh through which water flows. IOW SILVERTEX emits silver ions in the necessary concentration, the mesh covered with metallic silver is also a reservoir and ensures long-term operation of the product.

COMPARISON WITH TRADITIONAL WATER TREATMENT METHODS

Kills all bacteria

Prevents the formation of biofilm

Long service life (up to 18 months)

Does not create toxic compounds

Does not affect the corrosiveness of the system

Does not cause production downtime to clean the installation

Works without additional energy sources