Liquid Invertase Sinzym SUC-100L Talk to us Simplifiered production processing Enhanced sweetness and reduced lower viscosity Less crystallization and longer shelf-life in confectionery Enhanced texture and clear-golden color stabilities Description: Invertase (-fructofuranosidase) is the common name for Sucrase which catalyzes the hydrolysis of sucrose and breaks it down into an equal molar mixture of glucose and fructose. The resulting mixture of fructose and glucose is called the invert sugar syrup. Invert sugar syrup is used in many applications such as beverage and baking applications, but most commonly it is directly used in food processing such as confectionery to produce a soft fondant center. In addition to its main confectionary application, this enzyme can be used to produce melibiose from raffinose or D-Fructose from inulin. It can also be used in some specialty fruit juice products to decrease sucrose levels. Enzyme: Invertase Enzyme Preparation Synonyms: Sucrase, Invertin, Saccharase, Fructofuranosidase, D-Fructofuranoside fructohydrolase Appearance: Clear light yellow liquid Souring Origin: Aspergillus sp. Application: Invert Sugar Syrup, Molasses, sugar syrups, Fruit Juice, Confectionery Fillings, Marzipan, Nutraceuticals, Food Supplement, Digesting Nutrition Total Aerobic Plate Count: 10,000 CFU/G max Coliforms: 30 MPN/G max Escherichia Coli in 25 g: None Detected Salmonella in 25g: None Detected Antibiotic activity: None Detected Mold and Yeast: 100 CFU/g max Usage rate: For the complete invert sugar inversion, the recommended dose rate is usually 50-65g per 1000KG of 70% of sugar solution and added after the fluid cold down below 70C. While, the optimal dosage depends on the practical variety of the materials or production process (within a different temperature, pH and processing time). Application range: Active at temperature up to 60-70�?�°C. Enzyme will be inactivated quickly above 80C. Packing: 25kg per plastic drum; it is available in different types of packaging. Please contact the sales representative for more information.
Fruit juice concentrates & pulps, vegetable juice concentrates & purees, milk products, milk powders, cocoa products, starch products, liquid glucose, dam, oils & fats, meat products, stabilizers, emulsifiers, dairy cultures, enzymes, egg liquid, egg powder, food additives, food chemicals, flavor, colour, natural colour, dry fruits, dried fruits, organic products, dehydrated fruit & vegetable powders, canned products, animal feed, sugar, rice, wheat, fertilizers.
Product: Invertase Enzyme for Invert Sugar Syrup Production and Confectionery Liquid Invertase Sinzym SUC-SL Talk to us: - Simplifiered production processing; - Enhanced sweetness and reduced lower viscosity; - Less crystallization and longer shelf-life in confectionery; - Enhanced texture and clear-golden color stabilities. Description: Invertase (-fructofuranosidase) is the common name for Sucrase which catalyzes the hydrolysis of sucrose and breaks it down into an equal molar mixture of glucose and fructose. The resulting mixture of fructose and glucose is called the invert sugar syrup. Invert sugar syrup is used in many applications such as beverage and baking applications, but most commonly it is directly used in food processing such as confectionery to produce a soft fondant center. In addition to its main confectionary application, this enzyme can be used to produce melibiose from raffinose or D-Fructose from inulin. It can also be used in some specialty fruit juice products to decrease sucrose levels. Enzyme: Invertase Enzyme Preparation Synonyms: Sucrase, Invertin, Saccharase, Fructofuranosidase,D-Fructofuranoside fructohydrolase Appearance: Clear light yellow liquid Souring Origin: Aspergillus sp. Application: Invert Sugar Syrup, Molasses, sugar syrups, Fruit Juice, Confectionery Fillings, Marzipan, Nutraceuticals, Food Supplement, Digesting Nutrition Total Aerobic Plate Count: 10,000 CFU/G max Coliforms: 30 MPN/G max Escherichia Coli in 25 g: None Detected Salmonella in 25g: None Detected Antibiotic activity: None Detected Mold and Yeast: 100 CFU/g max Usage rate: For the complete invert sugar inversion, the recommended dose rate is usually 0.15-0.2% of 70% sugar solution and added after the fluid cold down below 70 C. While, the optimal dosage depends on the practical variety of the materials or production process (within a different temperature, pH and processing time). Application range: Active at temperature up to 60-70 C. Enzyme will be inactivated quickly above 80 C. Packing: 25kg per plastic drum; it is available in different types of packaging. Please contact the sales representative for more information.
Chemical formula C4H6O5 C.A.S number 004-525-33-1 Formula weight 134.09 Appearance Colourless liquid Assay Not less than 99.8% Density 1.25g/cm3(20C/68F) Application Using for the different beverages: flavored water energy drinks tea drinks juice till 100% Mechanism of efficiency of DMDC DMDC can permeate through the cell membrane, and block the metabolism through reacting with the enzymes of microorganism, then achieve the purpose of sterilization. Even in very low additive amount, DMDC can effectively kill typical spoilage bacteria in beverage, and not affect the taste, flavor and color of the beverage. Furthermore, it could be rapidly and completely hydrolyzed to carbon dioxide and methanol, which are the natural ingredients of juice. Package Gauga: 4KG/20KG Storage conditions In optimal storage conditions (storage temperature: 20C-30C), the storage period is one year
[Technical Indicators] 1. Industrial grade Indicator Name/Indicator Value Powdered Products (F) Needle Products (Z) Level 92 Level 93 Level 95 Level 92 Level 95 Appearance White or light yellow powder, without caking White or yellowish needle-like, without lumps Active matter,% 92.0 93.0 95.0 92.0 95.0 Free oil,% 1.2 1.2 1.2 2.0 1.5 Inorganic salt,% Sodium sulfate 5.8 4.8 2.5 4.8 2.5 Sodium chloride 0.15 0.15 0.15 0.15 0.15 Moisture,% 2.0 2.0 2.0 4.0 3.0 PH value (1% aqueous solution) 7.5-9.5 7.5-10 Whiteness (WB), 90 2. Toothpaste grade Indicator Name/Indicator Value Toothpaste Grade (Y) (I) Level (II) Level (III) Level Appearance White or yellowish powdery or needle-like, without caking Active matter,% 95.0 93.0 93.0 Free oil,% 1.2 1.2 1.2 Inorganic salt,% Sodium sulfate 2.5 3.2 4.0 Sodium chloride 0.15 0.15 0.15 Moisture,% 2.0 2.0 3.0 PH value (1% aqueous solution) 8-9.3 8-9.3 8-10 Whiteness (WB), 90 Foaming capacity/mm 180 Heavy metal (as Pb)/ (mg/Kg), 15 Arsenic content (as As)/ (mg/Kg), 3 Total bacterial count/ (CFU/G), 100 Total number of molds and yeasts/ (CFU/G), 100 Fecal coliforms/G Not to be detected Pseudomonas aeruginosa/G Not to be detected Staphylococcus aureus/G Not to be detected  3. Latex grade Indicator Name/Indicator Value Latex grade (powder, needle, liquid) Aggregate grade Seed level Liquid K12 Appearance White or yellowish powdery or needle-like, without caking Light yellow transparent liquid Active matter,% 94.0 92 28.5-30.5 Free oil,% 0.8-1.0 1.5-2.0 1.5 Inorganic salt,% Sodium sulfate 3.0 3.0 1.5 Sodium chloride 0.15 0.15 0.05 Moisture,% 3.5 3.5 - PH value (1% aqueous solution) 8-10 7.5-9.5 Whiteness (WB), 90 - Color Klett (30% active), - 60 4. Reagent grade Indicator Name/Indicator Value Reagent grade Level 99% Level 97% Appearance White flaky crystals White powder Solubility (1%, alcohol) Completely dissolved Solubility (10%, aqueous solution) Completely dissolved Chroma APHA (20%, deionized water), 15  - Active matter (%), â?¥ 99 (on dry basis) 97 Petroleum ether soluble matter (%), 0.2 1.0 Sodium sulfate (%), 0.5 1.5 Sodium chloride (%), Moisture (%), 1.0 2.0 PH value (1% aqueous solution) 6.0-8.0 6.0-11 Phosphate, 1ppm - Lead (Pb), 2ppm Iron (Fe), 1ppm Nitrogen, 5ppm - Arsenic (As), 0.1ppm Fraction content (%), 99.0 Absorbance (3%, deionized water) 230nm 0.4 260nm 0.1 280nm 0.1 - 410nm 0.01