R.S Polymers is one stop solution to source all your product needs for Biofloc system. In house manufacturing, High product quality, 100 percent customer satisfaction makes us pioneer in Aqua Industry.

1. Training – We offer free technical training skills at our research and development farm in Delhi.
2. Tanks: – Mesh tanks, PVC Pipe mounted tanks and Steel tanks.
3. Aeration system :- Blowers, Aerotubes or airstones, aereation fittings and pipings.
4. Instruments :- testing instruments like ( TDS Meter, PH Meter, Temperature meter-inside & Outside, Floc cone and Master kits- Ammonia,
5. PH, Nitrate and nitrite).
6. Medicines and probiotics.
7. High quality conditioned Seed and feed for your culture.
8. We buy your harvest and production.

Having exclusivity with the services offered and Global brand image past years across nation, R.S Polymers is one stop choice of farmers in India.

1. Air breathing fish like Singhi (Heteropneustes fossilis), Magur (Clarias batrachus), Pabda (Ompok pabda), Anabas/Koi (Anabas testudineus), Pangasius (Pangasianodan hypophthalmus)
2. Non air-breathing fishes like Common Carp (Cyprinus carpio), Rohu (Labeo rohita), Tilapia (Oreochromis niloticus), Milkfish (Chanos chanos)
3. Shellfishes like Vannamei (Litopenaeus vannamei) and Tiger Shrimp (Penaeus monodon)

1. For 15000 Litres of fresh water 150 Litres of inoculum is required for the floc development
2. Step 1 Take clean tub/can with 150 Litres of water and continue vigorous aeration
3. Step 2 Add 3 Kg of pond soil + 1.5 gm of Ammonium sulphate /Urea + 30 gm of carbon source (Jagerry /Wheat flour /Tapioca flour)
4. Step 3 Mix it well with water in tub and provide adequate aeration
5. Step 4 The inoculum will be ready after 24-48 hrs and it can be transferred to main tank
6. Step 5 Daily addition of carbon source is required for the development of floc.
7. For every 1 kg of feed given (with 25 % of crude protein), 600 gm of carbon source is to be added to the system to maintain C: N of 10:1.
8. Once the floc volume reaches 15-20ml further addition of carbon source is not required.

1. Cost-effective feed production
2. Reduces water pollution
3. Eco-friendly culture system
4. It reduces environmental impact
5. Improves land and water use efficiency
6. Higher productivity
7. Limited or zero water exchange
8. It reduces the pressure on capture fisheries i.e., use of cheaper food fish and trash fish for fish feed formulation