Maltodextrin de 10-30-manufacture,factory,supplier from China

CERTIFICATE OF ANALYSIS Product NameMaltodextrin DE 15-20Quantity1MTSBatch NO.20220917Manufacturing Date20220917Expiry Date20240916Test StandardGB/T20884-2007AppearanceWhite amorphous powderSmellWith a special smell of maltodextrin and no otherTasteSweetless or slightly sweetness ,no other tasteTtemsStandardsResultsDextrose Equivalent, % (m/m) (Reducing sugar (dextrose) in Solid, %)15-2018.5Starch TestNegativeConformMoisture%(m/m)≤6.05.2Solubility%(m/m)≥98.098.6PH4.5-6.55.2Ash%(m/m)≤0.60.03Iodin ExperimentNO blue reactionConformAs mg/kg≤0.50.01Pb mg/kg≤0.50.03Cu mg/kg≤5.0<0.5Sulfur Dio

MaltodextrinMaltodextrins is produced from corn starch, sorghum starch. Maltodextrin is considered a food ingredient, not food additive .Maltodextrins are easily digestible polysaccharides composed of 3 to 19 D-glucose (dextrose) molecules, linked by alpha (1-4) bonds.Maltodextrin consists of D-glucose units connected in chains of variable length. The glucose units are primarily linked with α(1→4) glycosidic bonds, like that seen in the linear derivative of glycogen (after the removal of α1,6- branching).

MaltodextrinMaltodextrins is produced from corn starch, sorghum starch. Maltodextrin is considered a food ingredient, not food additive .Maltodextrins are easily digestible polysaccharides composed of 3 to 19 D-glucose (dextrose) molecules, linked by alpha (1-4) bonds.Maltodextrin consists of D-glucose units connected in chains of variable length. The glucose units are primarily linked with α(1→4) glycosidic bonds, like that seen in the linear derivative of glycogen (after the removal of α1,6- branching).

CERTIFICATE OF ANALYSIS                                  Product nameMaltodextrin(Organic Tapioca)Product dateDec. 24, 2022Analysis dateDec. 25, 2022Expiry dateDec.

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

Product characteristics:The sweetness is 30%~40% of sucrose, and the sweetness is soft and pureHigher viscosity than sucrose (75Brix at the same sugar content)Stable under high temperature and acidic conditions (pH3.0, 160℃, 15min does not decompose), can be used in acidic foodExcellent moisturizing properties, adding to baked goods not only provides a soft sweetness, but also extends shelf life. Product Specifications：ModelSolids90Dry matter %/Oligogalactose (galacto-oligosaccharide to galacto-oligosaccharide octangles) ≥90Moisture %,≤/pH value2.8-6.0Lactose+monosaccharide content (in dr

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

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：ModelSolids70Dry matter %/Ol

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 tendencies:The wonder is 30%~forty% of sucrose, and the wonder is gentle and naturalBetter viscosity than sucrose (75brix at the identical sugar content)Strong underneath immoderate temperature and acidic stipulations (ph3.0, 160℃, 15min does not decompose), may be utilized in acidic mealsFantastic moisturizing properties, such as to baked objects no longer totally offers a mild sweetness, but additionally extends shelf existence.Product Specifications：ModelSolids57Dry matter %74.0-76.0Oligogalactose (galacto-oligosaccharide to galacto-oligosaccharide octangles) ≥57Moisture %,≤/pH valu

Product inclinations:The wonder is 30%~forty% of sucrose, and the wonder is gentle and herbalHigher viscosity than sucrose (75brix at the equal sugar content material)Strong under immoderate temperature and acidic prerequisites (ph3.0, 160℃, 15min does not decompose), may be utilized in acidic foodTerrific moisturizing houses, such as to baked gadgets no longer totally gives a mild sweetness, however additionally extends shelf existence.Product Specifications：ModelSolids70Dry matter %74.0-76.0Oligogalactose (galacto-oligosaccharide to galacto-oligosaccharide octangles) ≥70Moisture %,≤/pH value

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.

  Fructo oligosaccharides (FOS) are a mixture of oligosaccharides (GF2, GF3, GF4), which are composed of fructose units connected by ß (2-1) links. These molecules are terminated by fructose units.

IntroductionARA (AA) scientific name eicosatetraenoic acid, also known as arachidonic acid, belongs to the long-chain polyunsaturated fatty acid of the Omega-6 family. ARA is an essential fatty acid in early childhood. However, in infants and young children, the ability of babies to synthesize ARA is low. Therefore, for babies who are in the golden period of physical development, providing a certain amount of ARA in food will be more conducive to their physical development.

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.

Application：1、 Food: used in dairy foods, meat foods, baked goods, pasta, seasoning foods, etc.Application in dairy products: resistant dextrins can be simply added to dietary fiber fortified milk beverages like sugar, without affecting the original flavor of the food; resistant dextrins have a similar taste to fat and low calories. It can be used as a substitute for a portion of sugar or fat to prepare low-calorie ice cream, low-fat yogurt drinks, and the like.

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.

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.

Polidextrosa Powder Suger freeBailong Chuangyuan · Product AttributesModel No.: PolydextroseBrand: BLCYTypes of: Sweeteners· Supply Ability & Additional InformationPackaging: BagProductivity: 5000t/monthTransportation: Ocean,Land,Air,ExpressPlace of Origin: Dezhou,ChinaSupply Ability: 5000t/monthCertificate: ISO2200,ISO 9001,ISO 45001,ISO14001, BRC,HALALHS Code: 1702900090Payment Type: L/C,T/T,D/P,D/A,PaypalIncoterm: FOB,DDU,CFR,Express Delivery,CIF,EXW,FAS,CIP· Packaging & DeliverySelling Units: 

Polydextrose is a low calorie, sugar free, low glycemic, speciality carbohydrate that is prebiotic and extensively identified as Dietary fiber. It presents a vary of physiological and practical benefits.

Polidextrosa Powder No-GMOBailong Chuangyuan · Product AttributesModel No.: PolydextroseBrand: BLCYTypes of: Sweeteners· Supply Ability & Additional InformationPackaging: BagProductivity: 5000t/monthTransportation: Ocean,Land,Air,ExpressPlace of Origin: Dezhou,ChinaSupply Ability: 5000t/monthCertificate: ISO2200,ISO 9001,ISO 45001,ISO14001, BRC,HALALHS Code: 1702900090Payment Type: L/C,T/T,D/P,D/A,PaypalIncoterm: FOB,DDU,CFR,Express Delivery,CIF,EXW,FAS,CIP· Packaging & DeliverySelling Units: Kilo

IntroductionTuna oil powder contains EPA and DHA, which humans mainly absorb from fish oils, among which the content of fatty fish is the highest.EPA and DHA are both unsaturated fatty acids (O-mega3). Their chemical names are EPA and DHA, respectively.Both of them are unsaturated fatty acids, and their molecular structures are very similar.