| Content | In feed industry :
Lysine is a kind of amino acid, which can't be compounded automatically in the animal body. It is indispensable for lysine to compound brain nerve, generative cell core protein and hemoglobin. Growing animals are prone to lack lysine. The faster animals grow, the more lysine animals need. So it is called the ‘growing amino acid’ So it has the function of increasing the practical utilities of feed, improving the meat quality and promoting the trowth of animals.
In food industry :
Lysine is one of important compositions of protein. The body requires Lysine which is one of eight essential amino acids, but cannot synthesize it so it must be provided in the diet. For a good enhancing agent, add lysine to potables, rice, flour, and it will rise up the rate for utilizing protein so that it can enhance food nutrition greatly. It is also an efficient dietary supplement in improving growth, adjusting appetite, reducing diseases, and making the body stronger. It can deodorize and keep fresh in tinned food.
In Pharmaceutical Industry :
Lysine is available for formatting compound amino acid infusion and making effection better than hydrolytic protein withless side-effects. It can be made a nutritional enhancing agent with various Vitamins and glucoses, and is easily absorbed in the gastrointestine after consumption. Lysine can also better the performances of some drugs and improve their efficiency
Lysine food grade
| ITEM | STANDARD | | Specific Roation[a]D20 | +20.4°-+21.4° | | Assay >= % | 98.5-101.5 | | Loss on Drying =< % | 0.4 | | Heavy Metals( As Pb) =< % | 0.0015 | | Residue on Ignition =< % | 0.1 | | Chloride(As Cl) =< % | 19.0-19.6 | | Sulfate(SO4) =< % | 0.03 | | Iron( As Fe) =< % | 0.003 | | Organic Volatile Impurities | Meet The requirement |
Lysine feed grade 65%
| ITEM | FC12062509 | | Apperance | White or Light-brown granules | | Identification | Positive | | [C6H14N2O2].H2SO4Content(Dry basis) >= % | 51.0 | | Loss on drying =< % | 3.0 | | Residue on ignition=< % | 4.0 | | Chloride(As Cl) =< % | 0.02 | | PH | 3.0-6.0 | | Lead =< % | 0.02 | | Arsenic( As As) =< % | 0.0002 | | Heavy Metals ( As Pb) =< % | 0.003 |
Lysine feed grade 98.5%
| ITEM | FC12062601 | | Apperance | White or Light-brown granules | | Identification | Positive | | [C6H14N2O2].H2SO4Content(Dry basis) >= % | 98.5 | | Specific Roation[a]D20 | +18°-+21.5° | | Loss on drying =< % | 1.0 | | Residue on ignition =< % | 0.3 | | Chloride(As Cl) =< % | 0.02 | | PH | 5.6-6.0 | | Ammonium(As NH4) =< % | 0.04 | | Arsenic( As As) =< % | 0.003 | | Heavy Metals ( As Pb) =< % | 0.003 | | Citric acid is a weakorganic acid. It is a natural preservative conservative and is also used to add an acidic, or sour, taste to foods and soft drinks. In biochemistry, the conjugate base of citric acid, citrate, is important as an intermediate in the citric acid cycle, and therefore occurs in the metabolism of virtually all living things.
It is Colorless or white crystalline powder and mainly used as an acidulant, flavorant and preservative preservative in foods and beverages. It is also used as an antioxidant, plasticizer and detergent, builder.
Mainly used in the food , beverage trade as the sour flavour agent, flavoring agent, antiseptic as well as antistaling agent
1. In the food industry, Citric Acid Monohydrate uses as the drinks sour flavour agent. Mainly used in various kinds of cold drinks and for such foods production as soda, candy, biscuit, can, jam, fruit juice ,etc., also can be used as greases antioxidant;
2. In medical industry,Citric acid monohydrate is the raw materials of a lot of pharmaceuticals, such as the citric acid piperazine(lumbricide ), ferric ammonium citrate (blood tonic ), sodium citrate (blood transfusion pharmaceutical). In addition, citric acid also is used as the acidifier in many pharmaceuticals;
3. In the chemical industry, the ester of citric acid can use as the Acidity regulators to make the plastic film of food packing ;
4. In other respects, such as used in industry and civil detergent as the auxiliary agent for making nuisance free detergent; Used in the concrete as the retarder; also been widely used in electroplating, leather industry, printing ink, blue print industry,etc.
| ITEMS | STANDARD | | Appearance | Colorless crystals or white crystalline powders | | Assay | 99.5%-100.5% | | Moisture | 7.5-8.8 | | Sulphated Ash | ≤ 0.05% | | Light Transmittance | ≥97.0% | | Sulpahte | ≤150ppm | | Chloride | ≤50ppm | | Calcium | ≤75ppm | | Heavy Metal | ≤5ppm | | Iron | ≤5ppm | | Oxalate | ≤100ppm | | Readily Carbonizable | Not darker than STANDARD | | Aluminium | ≤0.2ppm | | Arsenic | ≤1ppm | | Mercury | ≤1ppm | | Lead | ≤0.5ppm | | Endotoxin of Germ | ≤0.5IU/Mg | | Tridodecylamine | ≤0.1ppm | | Product Details: | Usage | Industrial | | Grade Standard | Medicine Grade | | Physical State | Powder | | Package Type | Bottle |
L – Ascorbic Acid
Case no:50-81-7
Formula: C6H8O6
Molar mass: 176.12 g/mol
Melting point: 190 °C
Boiling point: 553 °C
Appearance:White or light yellow solid
Density :1.65 g/cm3 | Aspartame is a non-carbohydrate artificial sweetener, as an artificial sweetener, aspartame has a sweet taste, almost no calories and carbohydrates.
Aspartame is 200 times as sweet sucrose, can be completely absorbed, without any harm, the body metabolism. aspartame safe, pure taste. currently, aspartame was approved for use in more than 100 countries, it has been widely used in beverage, candy, food, health care products and all types.
Approved by the FDA in 1981 for spreading dry food, soft drinks in 1983 to allow the preparation of aspartame in the world after more than 100 countries and regions are approved for use, 200 times the sweetness of sucrose.
Aspartame has the advantage of: (1) safe, by the United Nations Committee on Food Additives as GRAS level (generally recognized as safe) for all Sweeteners in the most thorough research on human security products, has been more than 100 countries around the world, more than 6,000 products in the 19 years of successful experience (2) Aspartame sweet taste of pure sucrose with very similar fresh and sweet, no bitter after taste and metallic taste, is by far the closest to the successful development of the sweet sugar sweetener. Aspartame 200 times sweeter than sucrose, only a small amount in the application can achieve the desired sweetness, so use in food and beverage sugar substitute aspartame, can significantly reduce the heat and will not cause tooth decay (3) Aspartame or other sweeteners and sugar mixed with a synergistic effect, such as 2% to 3% in the saccharin, the saccharin can significantly mask the bad taste. (4) Aspartameand flavor mixed with the excellent efficiency of, especially for acidic citrus, lemon, grapefruit, etc., can make a lasting flavor, reduce the amount of air freshener. (5) Proteins, aspartame can be absorbed by the bodys natural decomposition. Use：1.Beverage: carbonated and still soft drink, fruit-juice and fruit syrup, yoghurt and etc. 2.Food: hot and cold chocolate and beverage mixes and instant dessert, frozen novelty and dessert, chewing gum, boiled sweet, mint, chocolate, gum and jelly and etc. 3.Pharmaceutical: tablet, sugar-free syrup, powdered mix and effervescent tablet and etc. | ITEMS | STANDARD | | APPEARANCE | WHITE GRANULAR OR POWDER | | ASSAY (ON DRY BASIS) | 98.00%-102.00% | | TASTE | PURE | | SPECIFIC ROTATION | +14.50°~+16.50° | | TRANSMITTANCE | ≥ 95.0% | | ARSENIC( AS) | ≤ 3PPM | | LOSS ON DRYING | ≤ 4.50% | | RESIDUE ON IGNITION | ≤ 0.20% | | L-a-ASPARTY-L-PHENYLALAINE | ≤ 0.25% | | PH | 4.50-6.00 | | L-PHENYLALANINE | ≤ 0.50% | | HEAVY METAL( PB) | ≤ 10PPM | | CONDUCTIVITY | ≤ 30 | | 5-BENZYL-3,6-DIOXO-2-PIPERAZINEACETIC ACID | ≤ 1.5% | | OTHER RELATED SUBSTANCES | ≤ 2.0% | | FLUORID( PPM) | ≤ 10 | | PH VALUE | 3.5-4.5 | | We also have other dehydrated potato products: Dehydrated Potato Dice and Dehydrated Potato Flakes. Please feel free to contact us for details.
Potato starch is starch extracted from potatoes. The cells of the root tubers of the potato plant contain starch grains (leucoplasts). To extract the starch, the potatoes are crushed; the starch grains are released from the destroyed cells. The starch is then washed out and dried to powder. Potato starch contains typical large oval spherical granules; their size ranges between 5 and 100 μm. Potato starch is a very refined starch, containing minimal protein or fat. This gives the powder a clear white colour, and the cooked starch typical characteristics of neutral taste, good clarity, high binding strength, long texture and a minimal tendency to foaming or yellowing of the solution. Potato starch contains approximately 800 ppm phosphate bound to the starch; this increases the viscosity and gives the solution a slightly anionic character, a low gelatinisation temperature (approximately 140 °F (60 °C) and high swelling power. These typical properties are used in food and technical applications. Starch derivatives are used in many recipes, for example in noodles, wine gums, cocktail nuts, potato chips, hot dog sausages, bakery cream and instant soups and sauces, in gluten-free recipes[3] in kosher foods for Passover[4] and in Asian cuisine.[5] In pastry, e.g. sponge cake, it is used to keep the cake moist and give a soft texture. It is also occasionally used in the preparation of pre-packed grated cheese, to reduce sweating and binding. Other examples are helmipuuro a porridge made from monodisperse grains of potato starch and milk, papeda, the Moluccan community in the Netherlands use potato starch to make papeda, soul food of the Moluccan Archipelago (East-Indonesia). On the Moluccan islands they use sago flour to make the original papeda. Papeda is also eaten by the Papuan people of New Guinea. It is also used in technical applications as wallpaper adhesive, for textile finishing and textile sizing, in paper coating and sizing and as an adhesive in paper sacks and gummed tape. Potato starch was also used in one of the earlier color photography processes, the Lumière brothers' Autochrome Lumière, until the arrival of colour film in the mid-1930s.
| ITEM | STANDARD | | Color | golden yellow or milk white | | Moiustre % | < 8.0 | | Ash conten % | < 6.0 | | Sulphate dioxide | < 50ppm | | Total plate count cfu/g | < 50000 | | Coliform MPN/100g | < 30 | | E.coli cfu/g | Negative | | Yeast mould cfu/g | < 100/g | | Pathogenic bacteria | negative | | Gum Arabic, also known as Acacia Gum, chaar gund, char goond, or meska, is a natural gum made of hardened sap taken from two species of the acacia tree; Acacia senegal and Acacia seyal. The gum is harvested commercially from wild trees throughout the Sahel from Senegal and Sudan to Somalia, although it has been historically cultivated in Arabia and West Asia.
Gum Arabic is a complex mixture of glycoProteins and polysaccharides. It was historically the source of the sugars arabinose and ribose, both of which were first discovered and isolated from it, and are named for it.
Gum arabic is used primarily in the food industry as a stabilizer. It is edible and has E number E414. Gum arabic is a key ingredient in traditional lithography and is used in printing, paint production, glue, cosmetics and various industrial applications, including viscosity control in inks and in textile industries, although less expensive materials compete with it for many of these roles.
While gum arabic is now produced mostly throughout the African Sahel, it is still harvested and used in the Middle East. For example, Arab populations use the natural gum to make a chilled, sweetened, and flavored gelato-like dessert.
| ITEMS | STANDARD | | Appearance | Off-white to Yellowish Granular or Powder | | Odor | Own inherent smell, no odor | | Viscosity ( Brookfield RVT, 25%, 25℃, Spindle #2, 20rpm, mPa.s) | 60- 100 | | pH | 3.5- 6.5 | | Moisture(105℃, 5h) | 15% Max | | Solubility | Soluble in water, insoluble in ethanol | | Nitrogen | 0.24%- 0.41% | | Ash | 4% Max | | Insolubles in Acid | 0.5% Max | | Starch | Negative | | Dannin | Negative | | Arsenic (As) | 3ppm Max | | Lead (Pb) | 10ppm Max | | Heavy Metals | 40ppm Max | | E.Coli/ 5g | Negative | | Salmonella/ 10g | Negative | | Total Plate Count | 1000 cfu/ g Max |
Specifications of Acacia Gum Powder :
| ITEMS | STANDARD | | Appearance | White to off-white Powder | | Odor | Own inherent smell, no odor | | Viscosity (25%, 25℃, mPa.s) | 60- 100 | | pH | 3.5- 6.5 | | Moisture(105℃, 4h) | =< 10% | | Total ash | =< 4% | | Acid insoluble ash | =< 0.5% | | Acid insoluble matter | =< 1% | | Nitrogen | 0.24%- 0.41% | | Starch or dextrin | Negative | | Tannin | Negative | | Arsenic (As) | =< 2 mg/kg | | Lead (Pb) | =< 3 mg/kg | | Mercury (Hg) | =< 1 mg/kg | | Cadmium (Cd) | =< 1 mg/kg | | Heavy Metals | =< 20 mg/kg | | E.coli/ 5g | Negative | | Salmonella spp./ 10g | Negative | | Total Plate Count | =< 5000 cfu/ g |
Specifications of Acacia Gum Spray-dried Powder :
| ITEMS | STANDARD | | Appearance | White to off-white Powder | | Odor | Own inherent smell, no odor | | Viscosity ( Brookfield RVT, 25%, 25℃, Spindle #2, 20rpm, mPa.s) | 60- 100 | | pH | 3.5- 6.5 | | Moisture(105℃, 4h) | =< 10% | | Total ash | =< 4% | | Acid insoluble ash | =< 0.5% | | Acid insoluble matter | =< 1% | | Nitrogen | 0.24%- 0.41% | | Starch or dextrin | Negative | | Tannin | Negative | | Arsenic (As) | =< 2 mg/kg | | Lead (Pb) | =< 3 mg/kg | | Heavy Metals | =< 20 mg/kg | | E.coli/ 5g | Negative | | Salmonella spp./ 10g | Negative | | Total Plate Count | =< 5000 cfu/ g |
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