Fertilizers and Bio-Stimulants

At Ayurka Research Lab LLP, we provide comprehensive testing and analytical services for fertilizers and bio-stimulants, ensuring compliance with FCO (Fertilizer Control Order)ISO/IEC 17025:2017, and other national and international standards. Our goal is to help manufacturers, importers, and farmers deliver high-quality and effective products that support sustainable agriculture.

Fertilizer Testing

Fertilizers play a vital role in crop nutrition. Accurate analysis is essential to confirm nutrient content, purity, and safety. Our laboratory is fully equipped with modern instruments to evaluate both chemical and organic fertilizers.

Our fertilizer testing services include:

  • Nutrient content analysis
  • Moisture and pH determination
  • Bulk density and particle size distribution
  • Water-soluble nutrient content
  • Physical and chemical stability studies

We test a wide range of fertilizers such as Urea, DAP, NPK blends, Single Super Phosphate, Micronutrient mixtures, Organic manures, and composts.

Bio-Stimulant Testing
Bio-stimulants enhance plant growth, nutrient uptake, and stress tolerance. To ensure their authenticity and performance, we provide specialized analytical testing following the Bio-Stimulant Guidelines by the Ministry of Agriculture, Government of India.

Our bio-stimulant testing includes:

  • Determination of Amino Acids, Humic and Fulvic acids and Seaweed extracts.
  • Total organic carbon and nitrogen analysis
  • pH, specific gravity, and density
  • Potassium and Sodium
  • Total Organic Matter
  • Solubility in water
  • Total Carbon
  • Total Nitrogen
  • Moisture
  • Proteins

We test a wide range of bio-stimulants such as Potassium Humate, Fulvic Acid, Sea Weed, Amino Acids and many more.

Submit Your Query for Testing.

We offer a wide range of fertilizers and bio-stimulants designed to improve soil fertility, boost plant growth, and support sustainable agriculture. Our solutions are tested for quality and efficiency to help farmers and growers achieve maximum productivity.