Activated Carbon & Filter Sand
Ensure crystal clear water and chemical purity with our Industrial Filtration Media. We supply High Iodine Value (IV) Carbon for dechlorination and Graded Silica Sandfor suspended solids removal, optimized for Pressure Sand Filters (PSF) and Activated Carbon Vessels (ACV).
The Foundation of Pre-Treatment
Filtration performance depends on surface area and pore structure. We provide Steam Activated Coconut Shell Carbon for superior organics removal and Quartz Silica Sand that is kiln-dried and accurately sized to prevent pressure drops and media loss during backwash.
- High Iodine Value (600 to 1100 IV) Carbon
- Low Attrition Loss for Long Life
- Acid Washed Carbon for Low Ash Content
- Sub-Angular Sand for Maximum Surface Area
- Uniformity Coefficient < 1.5
- Available in All Standard Mesh Sizes
Media Catalog
- ✔ Granular Activated Carbon (GAC)
- ✔ Silver Impregnated Carbon (Bacteriostatic)
- ✔ Graded Filter Sand (0.5mm - 1.0mm)
- ✔ Filter Silex, Gravels & Pebbles
- ✔ Calcined Anthracite Media
- ✔ Manganese Dioxide for Iron Removal
Technical Specifications
| Carbon Base Material | Coconut Shell, Wood, or Coal Base |
| Iodine Value (Carbon) | 600, 900, 1100 mg/g |
| Sand Composition | Silica (SiO2) > 95% |
| Effective Size (Sand) | 0.5mm - 0.8mm / 0.8mm - 1.2mm |
| Bulk Density | Carbon: 450-550 kg/m³ | Sand: 1500-1600 kg/m³ |
Selection Guide
| Media Type | Primary Function | Best Used For |
|---|---|---|
| Activated Carbon | Dechlorination / Organics | RO Pre-treatment (ACV) |
| Graded Sand | Turbidity / TSS Removal | Multi-Grade Filters (PSF) |
| Anthracite | High-Flow Filtration | Multimedia / Dual Media Filters |
| Pebbles/Gravel | Support Bed | Bottom Layer for Distribution |
High-Grade Carbon & Sand for Industrial Clarity
Protect your RO membranes from chlorine damage and suspended solids with the highest quality media, available for immediate bulk delivery in Baddi.
Tara Enterprises is a leading stockist of Activated Carbon and Filter Sand in Baddi, catering to the large-scale water treatment needs of textile, pharma, and chemical plants. Our carbon media is specifically chosen for its high pore volume, ensuring complete removal of free residual chlorine that would otherwise oxidize RO membranes.
For high-turbidity surface water, our Graded Silex and Sand provide an efficient depth-filtration bed, trapping particles down to 20-30 microns and significantly extending the life of your downstream micron cartridges.
Steam Activation
Our carbon undergoes high-temp steam activation for maximum pore structure and surface area.
Triple Washed Sand
Kiln-dried and triple washed to ensure no clay or organic impurities enter your system.
Standard Mesh Sizes
Accurately sieved media to ensure uniform flow and prevent nozzle clogging in vessels.
High IV Options
Stocking 900+ Iodine Value carbon for critical pharmaceutical and drinking water lines.
Whether you are performing a Full Filter Refill or setting up a new Multimedia Filtration Plant, we provide the technical sizing and layer-by-layer filling instructions to ensure your vessels achieve optimal SDI reduction.
Media & Vessel Components
Annual Media Supply
Running multiple ACV/PSF units? We offer annual maintenance contracts and scheduled media replacement at bulk wholesale prices.
Request Media QuoteFrequently Asked Questions
How often should I replace my Activated Carbon?
For RO pre-treatment, we recommend changing carbon every 12 to 18 months. As the iodine value depletes, the ability to remove chlorine decreases, risking membrane damage.
Why is Iodine Value (IV) important for carbon?
The Iodine Value indicates the adsorption capacity of the carbon. A higher IV means more micropores are available to trap chemicals, resulting in higher efficiency and longer media life.
Can I use river sand for water filtration?
No, river sand contains organic matter, clay, and irregular sizes which will clog your system or allow turbidity through. Graded Silica sand is necessary for industrial filtration.
What is the role of pebbles and gravels?
Pebbles and gravels act as a support bed for the finer sand and carbon. They prevent the main filter media from entering the distribution system or clogging the underdrain nozzles.