Product Description
We are a trustworthy manufacturer, exporter and supplier of a quality tested array of Mixed Bed DM Plant in several specifications. The provided plant is manufactured under the supervision of our talented professionals with the use of optimum quality components and sophisticated techniques. Known for efficient functionality, the offered plant is suitable for demineralization of water to make it fit for several industrial, commercial as well as household applications. Apart from this, our patrons can avail this Mixed Bed DM Plant at highly competitive prices from us.
Mixed Bed DM Plant Features:
- Easy to maintain
- Negligible maintenance
- Maximum throughput
- Longer life
About DM Plant
Demineralisers and mixed bed units are utilized in producing high quality water with extremist low conductivity levels in chemical and pharmaceutical industries.
These systems are functioned by ion exchange technology where one bed belongs to ion resins and other bed dwells anion resin. The water goes through both the beds and gets demineralised.
Mixed bed units are shining units, which use the same ion exchange resin to bring forth radical pure water demands. The plant is integrated with a conductivity indicator, which helps the operator to reform the unit at the proper time and maintains the rigorous water quality essentials.
* Terms And Conditions Apply*
Ultra Pure Water QualityThis DM plant consistently delivers water with ultra low conductivity (< 1 S/cm) and a neutral pH of 7.0, essential for sensitive applications in pharmaceuticals, laboratories, and industries. With removal efficiency exceeding 95%, it ensures reliable output for stringent requirements.
Advanced Safety and DurabilityEquipped with pressure relief valves and overload protection, the plant prioritizes operational safety. Quality materials such as stainless steel and FRP provide excellent corrosion resistance and durability, while a service life exceeding five years guarantees long-term reliability.
Flexible Operation & InstallationThe unit can be installed as skid-mounted or free-standing, with electronic or manual controls for flexible management. Its design allows for easy installation, including flanged or threaded connections and a pre-filtration requirement to enhance output quality and resin longevity.
FAQs of Mixed Bed DM Plant:
Q: How does the Mixed Bed DM Plant achieve ultra pure water quality?
A: The plant utilizes mixed bed strong acid cation and strong base anion exchange resins to remove both cations and anions from the water. This dual-action process ensures high purity output with conductivity lower than 1 S/cm.
Q: What are the recommended operating conditions for optimal performance?
A: Optimal performance is achieved at operating pressures of 2.5-4.0 kg/cm and an inlet water temperature between 5C and 45C. Pre-filtration is recommended to protect the resins and ensure consistent purity.
Q: When should routine maintenance be performed on the system?
A: Routine maintenance should be performed at regular intervals based on operating hours and feed water quality. Proper care, including resin inspection and replacement as needed, helps maintain a service life of over five years.
Q: Where can this DM plant be installed and used?
A: It is suitable for pharmaceutical, laboratory, and industrial environments. The flexible design allows installation in locations utilizing different water sources such as borewell or municipal supplies, and can be configured as skid-mounted or free standing.
Q: What is the process for producing ultra pure water?
A: Feed water undergoes pre-filtration before passing through the mixed bed resin chamber, where ion exchange eliminates dissolved salts. The treated water exits with ultra low conductivity and neutral pH, ready for demanding applications.
Q: How do safety features contribute to reliable operation?
A: Safety features such as the pressure relief valve and overload protection safeguard against excessive pressure and electrical overloads, minimizing risk and ensuring stable, trouble-free operation.
Q: What are the benefits of selecting this DM plant for purity applications?
A: Advantages include high purity water output, low noise operation, corrosion-resistant construction, excellent recycle rate up to 99%, efficient power usage, and ease of installation and control, making it ideal for critical applications requiring consistent water quality.