Allulose Crystal-manufacture,factory,supplier from China

PROPERTY:-    0.4 calorie per gram-    ~70% as sweet as sucrose with similar onset-    Highly soluble, increasing with temperature-    Browns better than other sugar alternativesAPPLICATION:-    Bake products-    Ice cream-    Nutrition bars-    Sweeteners-    Chocolate Specification: Product nameCrystalline Allulose  AppearanceWhite crystalline powder without visible impuritiesAllulose content≥98.5%Moisture≤1%TasteSweet,no odorPH3-7Ash(Sulphate)≤0.5(g/100g)Arsenic(

Allulose/Psicose The names psicose, D-psicose, allulose, and D-allulose are used interchangeably to describe a naturally occurring "rare" sugar. Allulose, a monosaccharide, is present in very small amounts in a diverse group of fruits and nutritive sweeteners, including figs, raisins, jackfruit, maple syrup, molasses, and brown sugar. Commercially, allulose is produced through enzymatic conversion of a carbohydrate in corn, sugar cane, beets, or other sources.

PROPERTY:-    0.4 calorie per gram-    ~70% as sweet as sucrose with similar onset-    Highly soluble, increasing with temperature-    Browns better than other sugar alternativesAPPLICATION:-    Bake products-    Ice cream-    Nutrition bars-    Sweeteners-    Chocolate Specification:Product nameAllulose SyrupAppearanceColorless or light yellow liquidD-Allulose (dry matter) ,%≥95Solid ,%≥70pH3.0-7.0Ash,%≤0.5Total Arsenic(As), mg/kg≤0.5Lead(Pb), mg/kg≤0.5Water Activity＜0.75Tot

Assets:-   0.4 calorie in keeping with gram-    ~70% as candy as sucrose with comparable onset-    rather soluble, growing with temperature-    browns higher than different sugar alternativesUtility:-    bake merchandise-    ice cream-    nutrition bars-    sweeteners-    chocolateSpecification:Product nameAllulose SyrupAppearanceColorless or light yellow liquidD-Allulose (dry matter) ,%≥95Solid ,%≥70pH3.0-7.0Ash,%≤0.5Total Arsenic(As), mg/kg≤0.5Lead(Pb), mg/kg≤0.5Water Activity＜0.75Total Plate Count, CFU

Functional characteristics：1.Good processing stability.The resistant dextrin has processing characteristics such as heat resistance, acid resistance, and freeze resistance, and the viscosity of the aqueous solution is very low, and the variation of the viscosity value with changes in the shear rate and temperature is small.2.

Polyde`xtrose is a kind of water-soluble dietary fiber. Randomly boned condensation...

Polyde`xtrose is a kind of water-soluble dietary fiber. Randomly boned condensation...

Polydextrose is a kind of water-soluble dietary fiber. Randomly boned condensation...

Polyde`xtrose is a kind of water-soluble dietary fiber. Randomly boned condensation...

Polyde`xtrose is a kind of water-soluble dietary fiber. Randomly boned condensation...

Polyde`xtrose is a kind of water-soluble dietary fiber. Randomly boned condensation...

   Dextrose Monohydrate is D-glucose crystallized with a water molecule,obtained through enzymatichydrolysis of corn starch (Not genetically manipulated,absence of GMO).

Polydextrose is a low calorie, sugar free, low glycemic, speciality carbohydrate that is prebiotic and widely recognized as Dietary fiber. It offers a range of physiological and functional benefits. Approved for use in over 50 countries, food manufacturers can rely upon Polydextrose in the formulation of low calorie, sugar free, reduced sugar, low fat foods and beverages. Polydextrose can also lower glycemic response while adding fiber to all kinds of processed foods.

Polydextrose Characters:· Polydextrose has very Low Calories, 1 kcal/g, perfect ingredient for the formulation of reduced calorie food.· Polydextrose replaces sugar, glucose syrups and fat while improving flavour, texture and mouth-feel in a variety of applications.· Polydextrose is recognized as a dietary fiber in many major countries.· Polydextrose stimulates Lactobacillus and Bifido bacteria.· Polydextrose sustained fermentation throughout the colon, acting as a Prebiotic for Digestive Health· Polydextrose is highly soluble, allows preparation of syrups.·&

Product characteristics:Sweetness is 30%~40% of cane sugar, and the sweetness is smooth and pureHigher viscosity than cane sugar (75Brix at the identical sugar level)Stable beneath excessive temperature and acidic prerequisites (pH3.0, 160℃, 15min except decomposition), can be used in acidic foodGood moisturizing property, including to bakery products now not solely gives tender sweetness, however additionally extends shelf life.Product Specifications：ModelSolids57Dry matter %/Oligogal

Corn Polydextrose syrup No-GMOPolydextrose is made from glucose, sorbitol and citric acid, polydestrose syrup is slight yellow color,  the color will be darker over time.Polydextrose is a knid of low calorie soluble fiber,it is a kind of dietary fiber.Dietary Fiber Food Material Polydextrose PDX syrup，Dietary fiber Polydextrose Syrup Addtives，Polydextrose Syrup AddtivesProduct namePolydextrose PowderItemGB25541-2010AppearanceWhite or yellowish fine powderPolydextrose    %≥90%           Water,w %≤4.0Glucose+Sorbitol

Product traits:The sweetness is 30%~40% of sucrose, and the sweetness is gentle and pureHigher viscosity than sucrose (75Brix at the equal sugar content)Stable beneath excessive temperature and acidic stipulations (pH3.0, 160℃, 15min does now not decompose), can be used in acidic mealsExcellent moisturizing properties, including to baked items now not solely presents a gentle sweetness, however additionally extends shelf lifestyles. Physiological traits:Re

Product characteristics:Sweetness is 30%~40% of cane sugar, and the sweetness is soft and pureHigher viscosity than cane sugar (75Brix at the same sugar level)Stable under high temperature and acidic conditions (pH3.0, 160℃, 15min without decomposition), can be used in acidic foodGood moisturizing property, adding to bakery products not only provides soft sweetness, but also extends shelf life Physiological properties:Regulate intestinal flora, increase beneficial bacteria and reduce harmful bacteria; enhance immunity, prevent allergies and reduce infectious diseases; improve lactose into

Polydextrose Characters:1.Polydextrose has very Low Calories, 1 kcal/g, ideal ingredient for the system of decreased calorie food.2.Polydextrose replaces sugar, glucose syrups and fats whilst enhancing flavour, texture and mouth-feel in a range of applications.3.Polydextrose is identified as a dietary fiber in many predominant countries.4.Polydextrose stimulates Lactobacillus and Bifido bacteria.5.Polydextrose sustained fermentation at some stage in the colon, appearing as a Prebiotic for Digest

InulinInulin is a type of prebiotic fiber that is found in many plant-based foods. The human body doesn’t make digestive enzymes that can break down inulin. Instead of being digested in the stomach and small intestine, it travels through the digestive system to the large intestine where it feeds gut bacteria. Your gut microbes transform it into useful metabolites, like short-chain fatty acids, that keep your gut healthy. Inulin is found in many common foods, including onions and garlic. The most inulin-rich foods are chicory root and Jerusalem artichoke. Inulin benefits:1.

Soy LecithinSoy Lecithin is a mixture of phospholipids and other substances that are found in plant tissues and egg yolks. It is a yellow-brown oily substance that has various functions in the human body and health. Soy Lecithin was first isolated from egg yolk by a French chemist and pharmacologist named Theodore Nicolas Gobley in 1846.

Soy LecithinSoy Lecithin is a mixture of phospholipids and other substances that are found in plant tissues and egg yolks. It is a yellow-brown oily substance that has various functions in the human body and health. Soy Lecithin was first isolated from egg yolk by a French chemist and pharmacologist named Theodore Nicolas Gobley in 1846.

Soy LecithinSoy Lecithin is a mixture of phospholipids and other substances that are found in plant tissues and egg yolks. It is a yellow-brown oily substance that has various functions in the human body and health. Soy Lecithin was first isolated from egg yolk by a French chemist and pharmacologist named Theodore Nicolas Gobley in 1846.

Soy LecithinSoy Lecithin is a mixture of phospholipids and other substances that are found in plant tissues and egg yolks. It is a yellow-brown oily substance that has various functions in the human body and health. Soy Lecithin was first isolated from egg yolk by a French chemist and pharmacologist named Theodore Nicolas Gobley in 1846. He named it “léchithine” after the Greek word for egg yolk, “λέκιθος”.