Poly Chem Tech Karwad, Vapi, Gujarat

Brand Name : Indian

Form : Powder

Form : Powder

Packaging Size : 50 Kg

Country of Origin : India

Packaging Type : Bag

Packaging Size : 50 Kg

Country of Origin : India

Manganese deficiency is most often seen on well drained neutral or calcareous soils but heavy fertilizer usage can induce it in other soils, particularly after heavy applications of lime. Many vegetable crops are affected with onions, beetroots, parsnips, cabbages and cauliflowers, tomatoes and pumpkins the most susceptible. Deficiency is controlled by using manganese sulphate as a soil applicant or a foliage spray. Manganese (chemical symbol Mn) deficiency occurs in a wide range of crops with onions, beetroot, parsnip, cabbage, cauliflower, tomato and pumpkin the most susceptible. This deficiency is most common on alkaline soils (high pH), particularly if the irrigation water contains high levels of bicarbonate. Manganese is needed for a number of plant functions including chlorophyll synthesis. It is a partially mobile element in the plant so symptoms may first appear in the youngest or oldest leaves.  Manganese deficiency is controlled by using manganese sulphate (MnSO4 .7H2O) as a soil applicant or a foliage spray. Chelated forms of manganese can also be used as a foliar spray although this treatment is more expensive.

Form : Powder

Country of Origin : India

Grade : Technical

Packaging Type : Bag

Magnesium (Mg) is an essential nutrient for plant growth. It is classified as a macronutrient, as it is needed in relatively large amounts, along with nitrogen, phosphorus, potassium, calcium and sulfur. It plays an important part in the formation of chloroplasts and photosynthesis in plants, and in animal nutrition. The magnesium in these products is readily available for plant uptake. They can be used to provide supplementary magnesium in high value horticultural crops, and where a quick response is required during the growing season to correct magnesium deficiency. Magnesium Sulphate (Mg) is applied dry to the soil, while Epsom Salts is generally applied in solution, e.g. in fertigation programs and foliar sprays. A typical rate at which Magnesium Sulphate (Mg) is applied to the soil is 100 – 150 kg/ha /annum. Magnesium Sulphate (Mg) typically contains 9.7 % Mg and 12.9 % S. Magnesium sulfate is hygroscopic. It readily absorbs atmospheric moisture. The Critical Relative Humidity (CRH) of magnesium sulfate at 25O C is in the region of 50%. By comparison, the CRH of Urea is around 75%. Consequently, magnesium sulfate fertilizers have poor storage and handling characteristics. Blends in which Magnesium Sulphate (Mg) is used can deteriorate rapidly in quality, and must be used quickly. 

Number Of Flower : Powder

Country of Origin : India

Gypsum (CaSO4.2H2O) is a natural mineral which is found mostly in the state of Rajasthan. Agriculture grade gypsum contains 13% S, in the plant available sulphate form. It is particularly preferred for groundnut cultivation where its Ca is also useful during pod formation.  

Packaging Size : 10KG

Packaging Type : Bag

Packaging Details : 50kg Bag

Country of Origin : India

Ferrous (Iron) Sulphate (not the soluble chelate type) Is in a slow release form, although not as rapid-acting as iron chelate, its effects are longer-lasting. It can be mixed with compost and dug into to the soil (or applied on top of) to create a store which can last for years.The Agricultural, Lawn and Garden, and Crop Management industries use Iron Sulphate to correctiron chlorosis or deficiencies in plants and soils, to eliminate moss, to reduce alkalinity (pH), and as a trace element or micronutrient in fertilizers. It also can suppress worms and work as a turf hardener to help against disease. Iron products encourage deep greening of Crop grasses without encouraging excessive growth,

Form : Powder

Country of Origin : India

Packaging Type : Bag

Packaging Size : 50 Kg Bag

Form : Powder

Usage/Application : Industrial

Form : Crystal

Packaging Type : Bag

Grade : Technical

Packaging Size : 50 Kg

Copper (Cu) is one of the micronutrients or trace elements that are essential for the healthy growth of plants and animals. In India, deficiency occurs less commonly in crops than does zinc, but more often than iron or manganese. Deficiency most commonly occurs on sandy soils, particularly if low in organic matter. Crops differ in their sensitivity to copper deficiency. Copper responsive crops include oats, wheat and lucerne, whilst potatoes and soybeans are less likely to respond. Pastures on sandy soils, and animals grazing these pastures, may also suffer from copper deficiency. Copper sulfate (CuSO4), containing 24 % Cu. Crystal grades of this product have been used in the past, for dry application to the soil. Little use is made of it in India at the present time. The fully hydrated copper sulfate pentahydrate salt is used where copper is to be applied in solution

Form : Powder

Country of Origin : India

Number Of Flower : Copper Sulfate Powder

Form : Powder

Packaging Size : 50Kg

Usage : Industrial

Grade : Technical Grade

Purity : 99%

State : Crystal

Country of Origin : India

Purity : 99%

Form : Powder

Packaging Type : HDPE Bag, Bag

Packaging Size : 50 Kg

Country of Origin : India

Packaging Type : Plastic Bags

Ammonium sulphate is one of the oldest of N and S-containing fertilizers, and is still popular around the world. Ammonium sulphate is mostly produced as a co-product of other industries. An estimated 70% of global output originates from the production of caprolactam, an intermediate for the manufacture of synthetic fibers. A small amount is recovered from coke oven gas, with most of the remainder produced synthetically from sulphuric acid and ammonia. The product is used directly or for blending with other fertilizers. Improvements in the ammonium sulphate formulation processes allow for increasing shares of larger-sized granular material, which is easy to handle and suitable for bulk blending. This has greatly increased application options and spreading performance. Ammonium sulphate is also popular in India in the manufacture of compound fertilizers, now deliberately being added to increase their S content. The main advantages of ammonium sulphate are low hygroscopicity and chemical stability. It is a good source of both N and S. Its use may be undesirable in acidic soils already in need of liming and when it is applied at nitrogen rates. Also, when applied as direct application as an N source, much more S is applied incidentally than is required by most crops. Ammonium sulphate now can be obtained as a granular material, which is easy to handle and suitable for bulk blending with other fertilizer materials. Segregation problems can occur in bulk blends when its product size is not well matched with those of N, P, and K materials. This difficulty can be minimized by carefully controlling uniformity and sizing of ammonium sulphate used in blends. It can also be used in clear liquids to make solutions of fertilizer containing N and S. Sulphur concentrations in solutions based on ammonium sulphate can vary from 1%-9%. In NPS blends formulated with ammonium sulphate, the usual S concentrations range from 1% to 3%.

Country of Origin : India

Number Of Flower : Micronutrient Fertilizers

Material : Micronutrient

Application : Agriculture,

Packaging Type : Plastic Bag