Calcium Silicate Suppliers and Manufacturers

GRANULAR ORGANIC EXTENDEDRELEASE FERTILISER Proteins 35 Nitrogen nitrogen compounds Carbon 35 Basic structure of living organisms and makes up the humus in the soil Calcium 6 Phosphorus 5 Potassium 25 Humic and fulvic acids 5 Humus for plants Macronutrients and trace elements 9 Microorganisms Azotobacter Rhizobium and Bacillus they fix atmospheric nitrogen and accumulate it in the soil break down compounds that are not absorbable by plants and serve as soilbase probiotics making it a living system as it should be 100 ORGANIC SUBSTANCE 100 ABSORPTION BY PLANTS It can be used continuously for many years without developing any resistance

Berry Brief Introduction: Goji, or wolfberry, is used in traditional Chinese medicine and in food preparations in UK. 1.Nutrient Ingredients: Goji berries are a good source of vitamins and minerals, including:vitamin C,fiber,iron,vitamin A,zinc,antioxidants. 2.Goji Berry's Functions: Inhibit tumor growth and improve disease resistance. Powerful anti-oxidant which extends life, and improves the memory. Neutralize the side effects of chemotherapy and radiation. Normalize blood pressure & balance blood sugar. Lower cholesterol, lose weight. Support eye health and improve your vision. Increase calcium absorption.

Cenospheres (aluminosilicate microspheres) are hollow aluminosilicate glass ceramic beads ranging in size from 400-500 microns 20-50mkm (most often from 100 to 250 microns), which are formed during high-temperature combustion of pulverized coal. The chemical composition of the main component of the cenospheres is silicon oxide SiO2 (45-60%), aluminium oxide Al2O3 (15-40%), iron oxide Fe2O3 (1.0-10%), calcium oxide CaO (1.5- 4.5%), potassium oxide K2O (2.0-4.5%) and other certain oxides that make up the balance of the content are typically less than 1.0%. Due to the unique set of physical and chemical characteristics of the cenospheres, they are used in the manufacturing of various composite materials. They are used in solving technical issues that require: reduction in the weight material with a low thermal conductivity, high strength, volume efficiency, increased resistance to erosion and aggressive environments.

US STANDARD NO. 2 OR BETTER YELLOW SOYBEANS ARGENTINE ORIGIN Foreign matters: 2% max Splits: 20% max Heat damage: 0.5% max Total damage: 3% max Protein: Minimum 34 PCT Oil: 18% min Fumigation: included Fat: Max 2.5% Moistiure: Max 13.5 % Fibre: Max 4.5 % Ureasic activity: 0.02 to 0.20 MGNG Min at 30 degrees by EEC Methods For rest quality intems: Non Reciprocal allowances: 1:1 Koh: min 78% Aflatoxin: Max 50 PPB Sand/Silica: Max 1.5 % Free from insects and moulds Arsenic compound: minimum 1 ppm Mercuric compound: not found, zero Phosphides: maximium 0.05 PPM Cyanids: maximum 5 PPM Malathion: maximum 3 PPM parts per million Ethylens Debromide EDB: less than 10 PPB Container loading: 20â?? or 40â?? Dry Loose Bulk The chemical composition of soybeans proteins - 12,95 g; fats - 6,8 g; carbohydrates - 11.05 g; water - 67,5 g; trace elements (potassium, calcium, phosphorus, magnesium, copper, sodium, iron); fatty acids (linoleic and linolenic); phospholipids necessary for the normal functioning of the cells of the nervous system; vitamins A and E, estrogens