USA Niger Seeds Suppliers and Manufacturers

NON GMO SOYBEANS Size: 5.5-8mm Color: Yelllow Protein: 40% Min MOISTURE: 13% Max ADMIXTURE: 1% MAX IMPERFECTION: 1%max Packing: 25/50kg PP Bag NON-GMO Soya Beans Soybeans Crop Year Soya Beans Shelf Life 12 Month Product type Soya bean non gmo Size 6.0 mm+ Moisture Max 13% Admixture Max 0.5% Imperfect Rate Max 2.0% Place of Origin USA Packing 25/50 kgs PP Bag Delivery Time 7-10 Days after Payment Payment Terms T/T, Supply Ablitity 150,000 Metric Ton/Metric Tons per Month MOQ 24MT Usage Yellow Soybeans for making tofu and so

Specification Payment Terms Sblc Dlc Lc 2 Pb Refinery Visit Are Welcome And Recommended Before Any Payments Or Instruments Is Issued Urea 46 Nitrogen Fertilizer Specifications Nitrogen 46 Minimum Moisture 1 0 Max Free Ammonia 160 Pxt Ppm Maximum Bluert 1 Maximum Harmful Substances Melting Point 100 Free Of Harmful Substances 132 Degrees Celsuis Granulation For Prilled Urea 2mm To 4 90 Minimum Melting Point 132 Degrees Celsius Color White Colour Pure White Odor Odorless Radiation Nonradioactive Physical State Solid 23 Degrees Celsius Product Regulations Regulations Physical Non Clotted 100 Free Harmful Substance International Acceptedstandard Urea 46 Prilled Free Floating Treated With Anticaking Treatment Free From Impurities Sand Dust And Certified Non Radioactive Physical State Solid 20 C 101 Kps White Granules Specific Grvity Solid 20degrees Centigards Vapour Density Not Applicable Particle Size Not Less Than 90 Of The Material Shall Pass Through 335 Mm Is Sieve And Be Retained On 1 Mm Is Sieve Not More Than 5 Should Be Below 1 Mm Size Packing Packed In 1000kg Bag Capacity Woven Polypropylene Bags With Polyethylene Inner Lining 3 Empty Bags To Be Supplied At No Extra Cost Each Bag To Guarantee Minimum Product Weight Net As Specified On The Bag Attention If Buyer Wants Product Sample For Laboratory Analysis We Can Also

*******PAYMENT TERMS: DLC SBLC LC ******* 2% PB ON ALL ORDERS Specifications :DAP Purity 99 % minimum Appearance White crystalline Total Nitrogen N 21 % minimum Phosphorus P 23.14% minimum Phosphorus Pentoxide P205 53% minimum Arsenic AS 0.0003 maximum Lead PB 0.002 maximum Cadmium CD 0.0001 maximum Flourine F 0.001 maximum Mercury HG 0.00001 maximum ***REFINERY VISITS WELCOME AND RECOMMEND***

Urea formaldehyde concentrate (UF 80) / (UF85) UNNO. 2209 IMDG code (page no): 8176-1 IMCO class: 8 It is an intermediate chemical used for many other derivatives based on urea formaldehyde solution. Its long storage time, high solid content, proper fluidity, low water content and clearness make it an excellent intermediate compound for chemical / industrial purposes.

Rice is grown in over 100 countries and is a grain eaten by more people in the world than any other grain. In fact, three of the most populated regions of the world, China, India and Indonesia, are all rice based societies and it is their staple food. More than 40,000 different varieties of rice exist. Of these varieties, more than 100 varieties are grown worldwide. Some of the more popular rice varieties eaten in Australia include: Low GI White Rice (formerly known as Doongara rice or clever rice) a long grain rice that's uniquely developed and grown in Australia, with the benefit of having a lower glycemic index (GI) than regular rice. Basmati rice a very long, slim grain, which is very popular in Indian cuisine and often served alongside curry based dishes. It also has a lower GI than regular rice. Jasmine rice a very fragrant rice and originates from Thailand where it is used extensively in cooking, usually steamed. Arborio rice a much shorter and plump grain, it is typically used in Italian dishes like risotto. Brown rice a rice grain with the bran layer still intact. It can be cooked and eaten as it is and contains more nutrients in this form than white rice, which has had the outer bran layer and germ removed. Coloured rice black rice and red rice are now available in Australia as well as wild rice. To produce white rice the nutrient rich bran layer is removed. While white rice has lower levels of nutrients it still contains protein, vitamins, minerals and some fibre and is low in fat and salt. When enjoyed in moderate amounts, and as part of balanced meal, white rice makes a positive contribution to a healthy diet. Nutrition credentials of whole grain (brown) rice: Around 85% of the energy in rice comes from carbohydrate. After carbohydrate, protein is the second most abundant constituent of rice. Low in fat, with the small amount being mostly unsaturated. Rice bran is high in insoluble dietary fibre. Contains B-group vitamins such as thiamin, riboflavin, niacin, vitamin B6 (pyridoxine), folate and pantothenic acid. Contains vitamin E. Contains iron, zinc, magnesium, phosphorus and selenium (depending on the soil content of selenium). Contains small amounts of copper, manganese and calcium. High in potassium and low in sodium. Contains phytochemicals including phenolic acids, phytic acid, plant sterols and saponins. Gluten-free and the most non-allergenic of all grains. Low Glycemic Index brown rice is now available in most supermarkets. 1 cup of cooked brown rice contains 1278kJ, 3g fibre, 5.8g protein, 1.8mg zinc and 98mg magnesium.

Rye came into cultivation later than wheat, barley and oats and was not known to the ancient Egyptians and Greeks. It was the main grain used for bread-making in Northern Europe and Russia for many centuries. This is partly because it grows well in colder, harsher climates and partly because it was preferred by some people. Scandinavian countries such as Denmark, Norway and Sweden eat a variety of bread and crispbreads made from rye flour, although wheat products are becoming more popular. Rye contains less gluten than wheat flour, and this makes rye bread significantly denser. Traditional rye breads are made with a sourdough method so have a slightly sour taste when compared to wheat bread. Dark rye flour bread is all whole grain flour. Light rye grain bread is a mixture of whole grain rye flour and refined rye flour. Bread made wholly from rye flour is made in Germany and called pumpernickel. Rye is unique among grains for having a high level of fibre in its endosperm not just in its bran. As such, the glycemic index (GI) of rye products is generally lower than products made from wheat and most other grains. Nutrition credentials of whole grain rye: High in carbohydrate (mainly starch), with a lower GI than most other grains. Relatively high protein content (around 15%), with a higher lysine content than most other cereals. Contains a protein complex which forms gluten. Low in fat (most of which is unsaturated). High in potassium and low in sodium. Excellent source of dietary fibre. Rye has more soluble fibre than wheat, however, less is known about the effect of dietary fibre found in rye. Contains B-group vitamins such as thiamin, riboflavin, niacin, vitamin B6 (pyridoxine), folate and pantothenic acid. Contains vitamin E. Contains iron, zinc, magnesium, phosphorus and selenium (depending on the soil content of selenium). Contains small amounts of copper, manganese and calcium. Contains phytochemicals including lignans, phenolic acids, phytic acid, plant sterols and saponins.

Oats are the fourth largest grain crop produced in Australia. Oats almost never have their bran and germ removed in processing so most food products containing oats, oat flour or oatmeal as an ingredient contain wholegrain oats. Oats are naturally rich in beta-glucan a soluble fibre found in the bran and endosperm layer of the oat grain. Beta-glucan has been shown to improve blood glucose control after a meal and improves insulin responses as well as decrease cholesterol levels. More recent research indicates oats contain avenanthramides a unique phytochemical that has been shown to help protect blood vessels from the damaging effects of LDL-cholesterol. Nutrition credentials of whole grain oats: High in carbohydrates (mainly starch). The protein content is higher than other cereals, at around 14%. High in soluble dietary fibre, specifically beta-glucan found mainly in the aleurone and subaleurone layers. The fat content is the highest of all grains (7-8%), with fat contained in the endosperm and the germ. The fat is mostly unsaturated. The starchy endosperm of the oat grain contains more fat and protein than other cereal grain. High in potassium and low in sodium. Contains B-group vitamins such as thiamin, riboflavin, niacin, vitamin B6 (pyridoxine), folate and pantothenic acid. Contains vitamin E. Contains iron, zinc, magnesium, phosphorus and selenium (depending on the soil content of selenium). Contains small amounts of copper, manganese and calcium. Contains phytochemicals including lignans, phenolic acids (such as ferrulic and caffeic acids), phytic acid, plant sterols and saponins.