Water demineralizers - Import export

The following fabrics are used against aggressive fluids: TPSN (against aggressive chemicals) and Tortop B+ or Torcal B+ (against demineralized water jets). The covers have sealed seams that prevent the penetration of particles, chemicals, detergents, etc. The robot performs circular movements during stripping work, and custom robot protection provides the necessary freedom of movement. Infiltrations into the robot mechanism are avoided. Production downtime and cleaning intervals are reduced. Maintenance work and its intervals are also shortened.

(Caustic Soda Flakes 98%) : Aqueous solution of sodium hypochlorite in demineralized/decalcified water, obtained from the reaction between chlorine gas and an aqueous solution of sodium hydroxide, both substances obtained with mercury-free membrane technology. Properties and applications production of hard soap, cleaning agents, exfoliating masks cleaning and disinfection in animal husbandry and bee-keeping obtaining aluminum in the steel and metallurgy industries pharmaceutical and chemical industry paper production in the pulp and paper industry refining of crude oil and mineral oils in the petrochemical industry industrial cleaning pH regulation in water treatment processes raw material in the production of pigments and dyes for paints Other chemical specifications formula NaOH CAS number1310-73-2 WE number215-185-5 Molar mass40 g/mol ADR UN1823 physical properties pH12,4 Melting / freezing point- 9°C (roztwór 7,5 %) Relative density2,12-2,13 g/cm3 (> 98,5 %)

Sodium Hypochlorite 12% Aqueous solution of sodium hypochlorite in demineralized/decalcified water, obtained from the reaction between chlorine gas and an aqueous solution of sodium hydroxide, both substances obtained with mercury-free membrane technology. Physical specifications: Green liquid with pH about 11, solved in water with boiling point of 40° C. Stability and reactions: Slowly dissolved in the air, incompatible with hydrochloric acid, ammonia, urea, metals and methanol. Handling and storage: Keep away from sun shine, acids, heat, flammable materials and organic material. Keep in a dry place. CAS number 7681-52-9 WE number,231-668-3 Chemical formula NaOCl Molar mass 74,44 g/mol Customs tariff code,28289000

GENERAL DESCRIPTION MAKS 3000 is a non-chromate film-forming product in liquid form. PRINCIPAL USES MAKS 3000 provides maximum protection for mild steel, copper and yellow metals in closed cooling systems fed with distilled, demineralized or softened water. MAKS 3000 is widely applied in closed cooling systems of steel mills, power stations, refineries and many other industrial plants. PRODUCT BENEFITS Extends equipment life and reduces maintenance costs Environmentally friendly; does not contain heavy metals Compatible with antifreeze

The reverse osmosis is a process of "filtration by means of semipermeable membranes". This process allows starting from salt water to produce pure water, in fact, by exerting a pressure greater than the osmotic cancels the natural tendency that have two solutions at different concentration, in the presence of semi-permeable membrane, the pure water to migrate towards that salt. Its main application is the filtration of saline waters, whether of aqueduct or well water, for the production of high quality demineralized water. The reverse osmosis is also applied in the treatment of wastewater for the partial recycling of the same. The reverse osmosis systems are extremely versatile, with modular flow depending on the capacity required. Through "two-stage process", it is also possible to produce ultrapure water. The main application of reverse osmosis is the deionization OF PRIMARY WATERS.

Complete desalination with ion exchangers With ion exchangers, permeate of reverse osmosis or other process waters can be completely demineralized. According to the VGB recommendations, a max. conductivity of 0,08 µS/cm is allowed for fully demineralised water.

The RO installation, also known as "Reverse Osmosis" or "Reverse Osmosis," is a membrane filtering process that removes particles from water, such as germs and viruses, as well as salts (ions). The resulting water is referred to as demineralized or demineralized water. As a result, demiwater (desalinated water) ensures exceptional water purity for a wide range of applications. It's used to make boiler feed water, make-up water, cooling water, and/or process water, among other things.

The tank serves as a reservoir for demineralized water and supplies up to 11 AEM electrolysers. A conductivity sensor provides the supply of the electrolysers with <20µS. Capacity 38 L Max output water flow 3.8 l/min.