Varieties Navels Late navels Valencias Fresh Citrus from our fields in the San Joaquin Valley and Southern California is available at its peak eating quality. Our Citrus groves and packing plants are among the finest in the industry. From December through Mid summer - California's oranges boast to be some of the tastiest & juiciest amongst the bunch.
Onions.
We are one of the best quality exporters of Yellow Maize corn that is sourced from reliable vendors under the supervision of a skilled team of professionals. The offered Indian Yellow Maize is cultivated by our vendors under utmost hygienic conditions without using chemicals or pesticides. We offer variety of Yellow Maize that are also used as a feed for livestock. Maize known in many English-speaking countries as corn is a grain domesticated by indigenous peoples in Mesoamerica in prehistoric times. The leafy stalk produces ears which contain seeds called kernels. Though technically a grain, maize kernels are used in cooking as a starch. The Olmec and Mayans cultivated it in numerous varieties throughout Mesoamerica, cooked, ground or processed through nixtamalization. Beginning about 2500 BC, the crop spread through much of the Americas. The region developed a trade network based on surplus and varieties of maize crops. After European contact with the Americas in the late 15th and early 16th centuries, explorers and traders carried maize back to Europe and introduced it to other countries. Maize spread to the rest of the world because of its ability to grow in diverse climates. Sugar-rich varieties called sweet corn are usually grown for human consumption, while field corn varieties are used for animal feed and as chemical feedstocks. Specification of Yellow Maize/Corn: Commodity Name Yellow Maize Product No Custom Crop Current Year Moisture 14% Max Purity 99% Min Color Yellow Broken 2% Max Foreign Matter 1% Max Starch Content 80% Max Package 50Kg PP bag or as customerâ??s requirements MOQ 24 MT Container of Yellow Maize/Corn: Type Of Container Quantity 20' Fcl 24 Mt
Rice bran meal though has only 14-16% proteins which is very less compared to other oil meals like soybean meal, peanut meal, rapeseed meal etc, it has low fiber content which makes it free from rancidity problems and hence is in great demand for use in poultry as well as in cattle feed. Rice bran meal is also heard getting used as organic fertilizer and for medicinal purpose. The usage of rice bran in animal feed industry is well known and researched. However, only recently have the functional and nutritional applications of rice bran been made popular. It was only a few years ago when this byproduct of the rice milling process was considered of very limited value because of its lipid instability. Composition of rice bran varies due to the degree of milling and quantity of constituents. Rice bran is nutritious, containing high levels of protein, energy and minerals. Rice bran accounts for 60% of the nutrients in each rice kernel. Because of their nutritious value, rice bran now plays a prominent role in animal feed. When oil is extracted from rice bran oil, this results in de-oiled rice bran. This is an excellent feed for animal diets for muscle accumulation rather than fat. Deoiled rice bran for animal feed non-gm. Grade Crude Protein Moisture Crude Fiber ASH I Grade >15% <10% <10% <10% II Grade >13% <10% <16% <11% III Grade >10% <11% <20% <12% Container of De-Oiled Rice Bran: Type Of Container Quantity 20' Fcl 15 to 18 Mt
Wheat Bran for Animal Feed is a byproduct generated while extracting flour from the Wheat Grain. Technically speaking there's no product called Animal Feed Wheat Bran or Human Food Wheat Bran. When buyers use term called Animal Feed Wheat Bran, the producers use adulterants to reduce the cost of the product and offer the price for the same. Using adulterants based wheat bran may harm animal and birds as well. This is the basic reason for major price difference in different suppliers from Ukraine Specification Of Wheat Bran� : TYPE � � � � � � COARSE BRAN FINE BRAN SUPERFINE BRAN Protein 12% min 12% min 12% min Moisture 13% max 13% max 13% max Fibre 5% min 4.5% min 4% min Acid Insoluble Ash 0.5% max 0.5% max 0.5% max Packing Multi wall plain new PP bags of 25 kgs or 50 Kgs Container Loading 22 MT per 20 FT Our Wheat Bran that is free of impurities and 100% safe to consume. We offer three kinds of wheat bran namely Coarse, Fine and Superfine. Processed as per the food industry standards, this is extremely acknowledged for its high nutritional value, purity and long shelf life. Our Wheat Bran is rich in starch, protein, vitamins, and dietary fiber.
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.
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.
Not belonging to the Poaceae botanical family, buckwheat is not classified as a true grain, but rather a pseudo-cereal. Its nutritional profile, nutty flavour, appearance and culinary applications have led it to be commonly referred to as a grain. Buckwheat has played an important role in diets around the world, mainly in Asia and Eastern Europe for around 8,000 years. It is neither a grain popular with bucks or a relative of wheat, but rather, its seeds so closely resemble the much larger seeds of the beech tree that the plant has been called beech wheat, or buckwheat, ever since. Nutrition credentials of buckwheat: High in protein (13-15%), second highest only to oats, and rich in the amino acid lysine. Rich in carbohydrates (mainly starch). Rich in polyunsaturated essential fatty acids, such as linoleic acid. Contains vitamins B1, C and E. Contains higher levels of zinc, copper, and manganese than other cereal grains, and the bioavailability of these minerals is also quite high. High in soluble fibre. Provides a potential source of resistant starch, as certain treatments of buckwheat starch or foods containing buckwheat increase the amount of retrograded, non-digestible starch. A rich source of polyphenol compounds. Contains rutin, a bioflavonoid thought to help control blood pressure and possess anti-inflammatory and anti-carcinogenic properties. Gluten free.
Similar to amaranth and buckwheat, quinoa (pronounced keen-wah fits within the pseudo-cereal group as it is not part of the Poaceae botanical family, in which true grains belong. It's loosely grouped as a pseudo-cereal with other grains as it's nutritionally similar and used in similar ways to true grains. Quinoa originates from the Andes, where it has long been cultivated by the Inca people. It is a small, typically light-colored round grain (although it also available in other colours including red, purple and black), similar in appearance to sesame seeds. To help ward off insects and birds, quinoa has a bitter residue of saponins, a natural occurring plant-defence. Most quinoa sold today has already been washed, but it is still advisable for consumers to thoroughly rinse the quinoa seeds under running water prior to cooking, so as to maximize the enjoyment of this pseudo-cereal. Like other pseudo-cereals, quinoa contains significant amounts of all the essential amino acids. Quinoa is traditionally produced in South America in higher altitudes and cooler environments than Australia. The Rural Industries Research and Development Corporation (RIRDC) is currently undertaking trials of quinoa in Western Australia. The project aims to select suitable varieties and growing regions to produce quinoa in Australia.
HS Codes : 0904.00.00 Specification: Density: 550 and 570 GL and others Moisture: 12.5% Admixture: 0.2% Max. Stone & Stick: None Origin: Vietnam, Africa and others Packing: 25 kgs. in Plastic Bag MOQ: 2-5 MT Lead Time: 15-30 days after receiving deposit depending on MOQ
Origin: USA/South America/Canada/Australia/Sellers Option Moisture: 13% Max Protein: 10% Min 11.5% Max Germination Energy: 95% after 5 days Full Barley: 90% Below: 2.2 mm Max 3% Purity of Variety: 95% Min Foreign Variety: 1% Max 1000 Kernel Weight: 40 gr HI Weight: Min 67 kg/h
Organic hulled white sesame seeds are popularly used in Japanese cuisine for coating sushi or tofu or sprinkled on noodles. They are also used when baking bread and bagels for decoration.
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.
Wheat is the most widely cultivated cereal crop in the world, with Australia being the eighth largest producer and fourth largest exporter of wheat in the world. Wheat has come to be a firm favourite grain because of the diversity it provides in culinary applications. Wheat Types Many different types of wheat grain exist, with two main types being eaten in Australia, namely bread wheat (Triticum aestivum vulgare) and durum wheat (Triticum turgidum durum). The durum variety is used in the manufacture of pasta while the other type is used to produce most other wheat-based foods. Bread wheat in Australia is typically white and does not have the red colour, which typifies most bread wheat grown in the northern hemisphere. Bread wheat is described as hardâ or soft according to its protein content. Hard wheat has more protein, including more gluten, which makes it purposeful to bake bread, while soft wheat has a much lower protein content, which when milled produces cake flour for sweet biscuits and cakes. Aside from bread wheat and durum, other types of wheat include spelt, emmer, einkorn and kamut. These wheat varieties are commonly referred to as ancient grains and are increasingly being used in the manufacture of niche wheat-based food products. Spelt is higher in protein than common wheat and can be used in place of common wheat in most recipes. Spelt does contain gluten and should not be consumed by people who need to avoid gluten as a consequence of medically diagnosed coeliac disease. Emmer, otherwise known as farro or grano farro, is staging a comeback as a gourmet ingredient, with good amounts of antioxidants. Einkorn is prized for having a high protein content and the highest level of lutein among wheat species. Kamut is an heirloom grain originating from Egypt which is higher in protein and contains more vitamin E than common wheat.
Sorghum is related to sugar cane and to millet and is called Great Millet in some areas of West Africa. It is an important staple food of the upland, drier parts of Africa and India where no other cereal can successfully be raised. Sorghum is able to grow in soils that are quite poorly nourished, with an unreliable water supply. Different varieties of sorghum range in colour from white and pale yellow to deep red, purple and brown. Sorghum is the third largest crop produced in Australia. It is produced primarily in the northern growing region of Australia with an average annual production of over 2 million tonnes. Nutrition credentials of wholegrain sorghum: Rich in carbohydrates (mainly starch). Moderate protein content, but low in lysine. Low in fat, most of which is unsaturated. A good source of dietary fibre. High in potassium and low in sodium. Gluten free. 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.
Urea is the most widely used nitrogen fertilizer in the world. It is effective on all crops, including regions with a warm climate. Urea is a synthesized organic molecule that is easily accessible to plants and can be absorbed by all parts of plants, both roots and vegetative mass. Therefore, urea is effective for main application and as a top dress, both independently and in tank mixtures with microelements and plant protection products. Soil pH increases during the urea hydrolysis reaction, which allows granular urea to be used effectively on acidic soils, for fertilizing rice fields, for nitrogen fertilizing cereals, technical crops and horticulture. Bulk density and granule size allow urea to be included in the composition of fertilizer blends and provide uniform distribution over the soil surface. Granulometry Fraction of total mass of granules measuring: under 1 mm 2 %, max 2 mm to 5 mm 95 %, min Under 6 mm 100% Static strength of granules, kgc/gr 2.5, min Free flowing, treated with anti-caking agent.
Urea is the most widely used nitrogen fertilizer in the world. It is effective on all crops, in regions with a warm climate. Urea is a synthesized organic molecule that is easily accessible to plants and can be absorbed by all parts of plants, both roots and vegetative mass. Therefore, urea is effective for main application and as a top dress, both independently and in tank mixtures with microelements and plant protection products. Soil pH increases during the urea hydrolysis reaction, which allows granular urea to be used effectively on acidic soils, for fertilizing rice fields, for nitrogen fertilizing cereals, technical crops and horticulture. Granulometry: Fraction of total mass of granules measuring: under 1 mm 3%, max 1 mm to 4 mm 3%, max Color white Free flowing, treated with anti-caking agent.
Specifications of White REFINED SUGAR ICUMSA 45 Origin Brazil, Thailand ICUMSA 45 RBU ICUMSA Attenuation index units Method # 10-1978 Ash content 0.04% Maximum by Weight Moisture 0.04% Maximum by Weight Magnetic Particles mg/kg 4 Solubility 100% DRY & Free Flowing Granulation Fine Standard Polarization 99.80�° Minimum Max AS 1 P.P.M. Max OS 2 P.P.M. Max CU 3 P.P.M. Colour Sparkling White Sediments NONE Radiation Normal w/o presence of cesium or iodine SO2: Certified SO2 70 MG/KG MAXIMUM Substance Solid, Crystal Smell Free of any Smell Crop Recent Crop
Our NPKS are specifically designed for EU soil types and climate to deliver a vital source of nitrogen, phosphorous, potassium and Sulphur needed for maximum yield potential. Our unique compounds offer an advantage over the blended alternative with all four nutrients landing in an even spread where required.
Chia seeds are a powerhouse of nutrients and packed full of protein and fibre. These low calorie seeds can be added to smoothies and oats or used to create chia pudding and chia egg great for vegan baking. Chia seeds are a powerhouse of nutrients and packed full of protein and fibre. Chia pudding is a popular way of enjoying these powerful seeds. Simply prepare the night before by adding chia seeds to your favourite yoghurt (we recommend coconut yoghurt) and leaving overnight. The seeds swell and thicken the yoghurt. Then simply top with homemade granola and fresh fruits for the perfect breakfast. They can also be used to create a â??flax-egg,â?? ideal for vegan baking. Instructions below on how to create a flax-egg. This can be used wherever a regular egg is used as a like for like replacement. It works by helping to bind the ingredients together within the recipe â?? perfect for muffins, cupcakes and cakes. Benefits of organic chia seeds High in fibre Good source of vegan protein Contains healthy fats Low in saturated fats Low carbohydrates No sugar content Natural thickening agent Versatile 100% organic Ways to use chia seeds Add to smoothies to boost protein intake Make chia pudding by adding chia seeds to yoghurt and leaving overnight Use as an egg replacement for vegan baking Add to oats for a high fibre breakfast
