Product Details:
| Minimum Order Quantity | 1 Unit |
| Material | Mild Steel, FRP |
| Water Storage Capacity | 100 Kld, As per requirement |
| Operating Pressure | 3.5 kg/cm2 Inlet Pressure |
| Usage/Application | Water Demineralization |
| Type Of Purification Plants | Dm plant |
| Purification Capacity | 100-500 m3/hour |
| Type | Dm Water Plant |
| Brand | Vida Hydro |
We are a unique entity, actively committed towards offering a premium range of Industrial Demineralization Plant.
Note:- Prices are variable as per capacity and customer requirements.
Product Details:
| Capacity | 250-5000lph |
| Automation Grade | Semi Automatic |
| Application | Industrial |
| Technology | Two Bed DM |
| Body Material | FRP |
| Outlet Conductivity | Less than 5 µS/cm |
| Regeneration Type | Co Current |
| Installation Service | Yes |
A Demineralization Plant (DM Plant) is a high-efficiency water purification system designed to remove dissolved salts, minerals, ions, and impurities from water through a cation and anion exchange process. DM water is widely used in industries requiring ultra-pure, mineral-free water for boilers, pharmaceutical production, laboratory use, and process applications. Our DM Plants ensure high purity output, low operating cost, and long resin life.
Key FeaturesTwo-bed (Cation + Anion) or Mixed-Bed configuration
High TDS & conductivity reduction
Premium-grade ion exchange resin
FRP / MS / MSRL / SS vessels
Automatic / manual regeneration system
Corrosion-resistant construction
Low chemical consumption
High flow rate & stable output quality
Digital TDS and conductivity indicators
Easy installation & minimal maintenance
Flow Rate: 500 LPH to 50,000 LPH
Output Water Conductivity: < 1–10 µS/cm (as required)
TDS Removal: Up to 99.9%
Regeneration Chemicals: HCl (acid) + NaOH (alkali)
Material of Construction: FRP / MS / MSRL / SS
Resin Type: Strong Acid Cation (SAC) + Strong Base Anion (SBA)
Operating Pressure: 2–6 kg/cm²
Automation: Manual / Semi-Automatic / Fully Automatic
Produces ultra-pure mineral-free water
Prevents scale formation in boilers & heat exchangers
Enhances equipment efficiency and lifespan
Improves product quality in industrial applications
Reduces manufacturing defects and contamination
Low operating and maintenance cost
Power plants (boiler feed water)
Pharmaceutical & biotech industries
Chemical and fertilizer manufacturing
Electronics & semiconductor industries
Laboratories & research centers
Food & beverage processing
Automotive rinsing & electroplating
Textile dyeing and finishing
Product Details:
| Capacity | 25-5000LPH |
| Automation Grade | Semi Automatic |
| Application | Industrial |
| Technology | Two Bed DM |
| Body Material | FRP |
| Outlet Conductivity | Less than 5 µS/cm |
| Regeneration Type | Co Current |
| Skid Mounting | Floor Mounted |
| Installation Service | Yes |
A Demineralization Plant (DM Plant) is a high-efficiency water purification system designed to remove dissolved salts, minerals, ions, and impurities from water through a cation and anion exchange process. DM water is widely used in industries requiring ultra-pure, mineral-free water for boilers, pharmaceutical production, laboratory use, and process applications. Our DM Plants ensure high purity output, low operating cost, and long resin life.
Key FeaturesTwo-bed (Cation + Anion) or Mixed-Bed configuration
High TDS & conductivity reduction
Premium-grade ion exchange resin
FRP / MS / MSRL / SS vessels
Automatic / manual regeneration system
Corrosion-resistant construction
Low chemical consumption
High flow rate & stable output quality
Digital TDS and conductivity indicators
Easy installation & minimal maintenance
Flow Rate: 500 LPH to 50,000 LPH
Output Water Conductivity: < 1–10 µS/cm (as required)
TDS Removal: Up to 99.9%
Regeneration Chemicals: HCl (acid) + NaOH (alkali)
Material of Construction: FRP / MS / MSRL / SS
Resin Type: Strong Acid Cation (SAC) + Strong Base Anion (SBA)
Operating Pressure: 2–6 kg/cm²
Automation: Manual / Semi-Automatic / Fully Automatic
Produces ultra-pure mineral-free water
Prevents scale formation in boilers & heat exchangers
Enhances equipment efficiency and lifespan
Improves product quality in industrial applications
Reduces manufacturing defects and contamination
Low operating and maintenance cost
Power plants (boiler feed water)
Pharmaceutical & biotech industries
Chemical and fertilizer manufacturing
Electronics & semiconductor industries
Laboratories & research centers
Food & beverage processing
Automotive rinsing & electroplating
Textile dyeing and finishing