Aqua Zeolite Granules, For Agriculture, Animal Feed, Classification : Solid

Feed Additive :

• Zeolite structure binds mycotoxins to its surface and ionically buffers the digestive tract. Due to surface cation exchange capacity (CEC), the product surface is polar and attracts the complex and polar mycotoxin molecules.
• Our Zeolites are widely used in Poultry Feed (Livestock Feed Additive) & Pet Feed Additive. Its anti caking agent for animal feeds with increased feed pellet durability. Strong affinity for ammonium provides superior odour control and a healthy environment. It has improved dispersion of feed ration ingredients by reducing agglomeration.

Aqua Ponds :

• Zeolite mineral maintains pH stability in Pond water which reduces waste and toxic substances (Ammonia) in the Pond water. It increases survival of the crop (Fish/Shrimps) as well as increase production capacity of shrimp. The product has been used in various ponds widely.
• It also improves survival benur and absorbs undesired elements like NH4, H2S, iron and other metals.
• Usually the doses are described as 15 kg Zeolite per acre for 4-5 depth of water or 4 grm/ 1000 ltrs of water. Doses are subject to variations in terms of quality of water and other locational parameters.
• Zeolites are available in 200# powder as well as Granulator form in size 2-5 MM or tailor made if bulk quantities.

Soil Conditioner / Fertiliser Additive in Agriculture

• Peekay Minerals Zeolites are known as “Intellignet Fertilizer due to its high cation exchange capacity and porosity. It has tremendous breakthrough possibilities and especially in Agriculture applications. It has proven ability of a natural slow release mechanism of nutrients to the root zone of new seeding thereby increasing the plants strength and performance. PKM Zeolites are most effective way to supplement root zone CEC and reduce fertilizer usage.
• Zeolites are slow release fertilizers. Plant nutrients such as nitrogen and potassium are held by the negativity charged clinoptilolite structure and released on demand. It increases nutrient retention; reduce environmental nutrient losses and reduce fertilizer requirements by establishing a replenishable and balanced nutrient supply in the plant root zone.