Our Products
Our superior Rock Phosphate Powder is a non-detrital sedimentary rock with high phosphate-bearing minerals. Our product is commonly used as a fertilizer mostly for soil that is acidic in nature. We never compromise on our quality and check it on varied parameters for ensuring its flawlessness. We produce Rock Phosphate Powder in a diverse range of grades to suit your requirement. As manufacturers and suppliers from Rajasthan, we deliver products well on time.
Details : Being the leader in our domain we are able to cater the premium quality of rock phosphate for the clients. These phosphates are made accessible in desired quantity to suit the specific requirement of the clients. As far as the construction part is concerned Phosphorite, phosphate rock or rock phosphate is a which contains high amounts of phosphate bearing minerals. When it comes to the ratio part the phosphate content of phosphorite is at least 20% which is a large enrichment over the typical sedimentary rock content of less than 0. 2%. These are ideally used as fertilizer in acidic soil and this application is dependent on the structure and chemical composition of the rock. For the quality assurances our quality analyst makes sure that the entire ranges are tested on different parameters to assess the suitability. Our emphasis is on Mineralogical tests. The entire ranges are packed in our warehouse and delivered to the clients within the stipulated time frame. Our priorities are client satisfaction.
Different grades of Rock Phosphate available with us :
We also Import various origins of Rock Phosphate in India such as :
What Is ?
Process of PROM?
Research Efforts Since Last 16 Years Show That PROM Is As Efficient As Any Other Chemical Phosphatic Fertilizer, Plus It Shows Equal Residual Effect. PROM In An FCO Since 2012.As Per FCO PROM Should As Per Following Specifications :
Moisture percent by weight | 15.0-25.0 |
Particle Size | Minimum 90% material should pass through 4.0mm IS Sieve |
Bulk Density(g/cm2) | 1.646 |
Total Organic carbon percent by weight, minimum | 7.87 |
Total nitrogen (as N) percent by weight , minimum | 0.42 |
Total Phosphates (as P2O5) percent by weight , minimum | 10.42 |
Total Potash as (K2O) percent by weight, minimum | - |
C:N Ratio | 18:73:1 |
pH(1:5)P Solution, maximum | 6.72 |
Conductivity (as dSM) not more than | 8.27 |
Heavy metal content (as mg/kg), maximum | |
Arsenic (as AS2O3) | 10.0 |
Cadmium (as Cd) | 5.0 |
Chromium(as Cr) | 50.0 |
Copper (as Cu) | 300.0 |
Mercury(as Hg) | 0.15 |
Nickel(as Ni) | 50.0 |
Lead(as Pb) | 100.0 |
Zinc(as Zn) | 1000.0 |
Application Of PROM
Crop | Application Schedule | ||
---|---|---|---|
First | Second | Third | |
Soyabean, Groundnut , Mustard, Sunflower | On sowing time | After 25 to 30 Days | Nil |
Sugarcane | After 25 days of planting | Again after 25 days | After 25 days |
Gram | At the time of sowing | At the time of first irrigation | After 20 days |
Vegetables | At the time of sowing transplantation | After 20 to 25 days 1st time | Days after 20 to 25 2nd time |
Wheat Opium | Sowing Time | After 45 to 50 days planting | Days after 20 to 25 2nd time |
Apple Orange | Before Flowering | After first setting in may | Nil |
Paddy | After 10 to 12 days from plantation | 20 to 25 days after first transplantation | Nil |
Tea | Nursery stage 3 to 5gm per plant | Nil | |
Cotton | At the time of sowing | After 50 to 60 days | |
Dose | 80-100 Kg per acre |
Potassium is a very important nutrient for overall plant health. Potash is found in plant-available form as potassium (K) salts such as potassium chloride, sulphate, nitrate etc. These natural deposits are generally the result of the drying out of seas millions of years ago. It's involved in protein synthesis and in the flow of nutrients and water up and down the plant. Potassium strengthens plants against cold, heat, disease, and pests, and it's the key ingredient in fertilizers labeled as "winterizes. Bio Potash helps its absorption in a comprehensive manner. Firateuriaaurautia is a bacterium that solubilizes the fixed potash in soil while dividing into multiple cells. It makes it easy for plants to take in the soluble potash. As the divide the process continues without harming the soil biology.