Aquaphor RO-70S full-featured reverse osmosis filter in a compact housing
Drinking water filters, AQUAPHOR Filters, Drinking water filters, Reverse osmosis filters, AQUAPHOR Filters, Items
aSabiaduo 2963 – 001 Kitchen faucet for filtered water
aSabiaduo 2963 – 002 Kitchen faucet for filtered water
aSabiaduo 2963 – 710 Virtuves jaucējkrāns filtrētam ūdenim
aSabiaduo 2963 Kitchen water mixer for filtered water
ATLAS FILTRI HYDRA BIG RAH 1½” – self-cleaning mechanical water filter 90 μm
The ATLAS FILTRI HYDRA BIG RAH 1½" is a high-performance, self-cleaning mechanical water filter featuring a large-surface-area RAH BIG element and a 90 μm AISI 316 stainless steel mesh.
With a maximum flow rate of up to 15 m³/h, the filter is suitable for large private homes, apartment buildings, the HoReCa sector, commercial facilities, and professional water treatment systems.
The filtration element is washable and reusable. Accumulated mechanical impurities are removed via backwashing.
ATLAS FILTRI HYDRA RAH 1½” – Self-Cleaning Mechanical Water Filter 90 μm
ATLAS FILTRI HYDRA RAH 1½" is a high-flow self-cleaning mechanical pre-filter equipped with a reusable 90 μm stainless-steel filtration element.
The filter captures sand, rust, pipe deposits and other suspended mechanical particles, protecting the water-supply system and downstream water-treatment equipment.
With a 1½" connection and flow capacity of up to 10 m³/h, this model is designed for larger private houses, commercial properties and higher-capacity water-treatment systems.
ATLAS FILTRI HYDRA RAH 1¼” – Self-Cleaning Mechanical Water Filter 90 μm
ATLAS FILTRI HYDRA RAH 1¼" is a high-flow self-cleaning mechanical pre-filter equipped with a reusable 90 μm stainless-steel filtration element.
The filter removes sand, rust and other suspended mechanical particles, protecting the plumbing system and downstream water-treatment equipment.
With a 1¼" connection and flow capacity of up to 8 m³/h, it is particularly suitable for larger private houses and installations with higher peak water demand.