Specification
Color : white
Size : 1 - 5 mm
Ingredients : tapioca powder, caramel, water
Starch : 85%
Moisture : 13% max
Admix : 0.5% max
Protein : 0.2% max
Fat : 0.02% max
Dietary fibre : 0.9% max
Ash : 0.4% max
Specification
Color : white
Size : 1 - 5 mm
Ingredients : tapioca powder, caramel, water
Starch : 85%
Moisture : 13% max
Admix : 0.5% max
Protein : 0.2% max
Fat : 0.02% max
Dietary fibre : 0.9% max
Ash : 0.4% max
Free acidity (oleic acid %) - M 0,8%
Peroxide value (meg 02/kg) - M 20
K232 (in UV) - M 2,5
K270 (in UV) - M 0,22
Delta K (in UV) - M 0,01
Myristic acid - M 0,05
Arachidic acid - M 0,6
Linolenic acid - M 1
Eicosenoic acid - M 0,4
Behenic acid - M 0,2
Lignoceric acid - M 0,2
61215 Food Products Suppliers
Short on time? Let Food Products sellers contact you.
Free acidity (oleic acid %) - M 1,0 %
Peroxide value (meg 02/kg) - M 15
K232 (in UV) - M 3,30
K270 (in UV) - M 0,9
Delta K (in UV) - M 0,15
Myristic acid - M 0,05
Arachidic acid - M 0,6
Linolenic acid - M 1
Eicosenoic acid - M 0,4
Behenic acid - M 0,2
Lignoceric acid - M 0,2
Free acidity (oleic acid %) - M 1,0 %
Peroxide value (meg 02/kg) - M 15
K232 (in UV) - M 3,30
K270 (in UV) - M 0,9
Delta K (in UV) -M 0,15
Myristic acid - M 0,05
Arachidic acid - M 0,6
Linolenic acid - M 1
Eicosenoic acid - M 0,4
Behenic aci - M 0,2
Lignoceric acid - M 0,2
Taste - Neutral
Impurities - Negative
Free Fatty Acid ( % ) - max 0,10
Moisture ( % ) max - 0,05
Peroxide Value ( meq O2/ kg - max 5
Specific gravity at 20 degr C - 0,91 - 0,93
Iodine value ( g / 100 g ) 110 - 126
Colour Lovibond 5 1/4 " Red - max 1,5
Colour Lovibond 5 1/4 " Yellow - max 20
Taste - Neutral
Impurities - Negative
Free Fatty Acid ( % ) - max 0,10
Moisture ( % ) - max 0,05
Peroxide Value ( meq O2/ kg ) - max 5
Specific gravity at 20 degr C - 0,91 - 0,93
Iodine value ( g / 100 g ) 110 - 126
Colour Lovibond 5 1/4 " Red max 1,5
Colour Lovibond 5 1/4 " Yellow max 20
The specific density (AT 20c): 0,918 - 0,920.
The refractive index (AT 40c): 1.467 - 1.469.
Transparency of oil, max: 10 fem.
Acidity mg KOH % gm oil max: 0,1 - 0,6.
Peroxide value mMol/kg oil max: 0,1 - 0,7.
Color value iodine, mg max: 4.
Iodine value (WIJS): 110 - 144.
Moisture & Volatile % max: 0,06.
The saponification value, mg KOH/gm oil: 188 - 194.
Phosphorus containing matter (P2O5): Negative.
Non-fatty Impurities, % max: Negative.
Coloring materials, allowed to ad:
According to the international standards artificial flavors, allowed to ad: According to the international standard.
Antioxidants: 200mg/kg but galate not more than 100mg/kg.
Preservative agent: According to the international standards.
Anti foaming: 10mg/kg.
Anti crystallization: 1250mg/kg.
Soap content: 0,005 max.
Unsoluble impurities % mass: 0,5 max.
The specific density (AT 20c): 0,918 - 0,920.
The refractive index (AT 40c): 1.467 - 1.469.
Transparency of oil, max: 10 fem.
Acidity mg KOH % gm oil max: 0,1 - 0,6.
Peroxide value mMol/kg oil max: 0,1 - 0,7.
Color value iodine, mg max: 4.
Iodine value (WIJS): 110 - 144.
Moisture & Volatile % max: 0,06.
The saponification value, mg KOH/gm oil: 188 - 194.
Phosphorus containing matter (P2O5): Negative.
Non-fatty Impurities, % max: Negative.
Coloring materials, allowed to ad:
According to the international standards artificial flavors, allowed to ad: According to the international standard.
Antioxidants: 200mg/kg but galate not more than 100mg/kg.
Preservative agent: According to the international standards.
Anti foaming: 10mg/kg.
Anti crystallization: 1250mg/kg.
Soap content: 0,005 max.
Unsoluble impurities % mass: 0,5 max.
Cocoa beans are the seeds of the cacao tree (Theobroma cacao), which is native to Central and South America. These beans are the primary ingredient used to make chocolate and various cocoa products. The process of turning cocoa beans into chocolate involves several steps, including fermentation, drying, roasting, grinding, and refining.
Cocoa beans are the seeds of the cocoa tree (Theobroma cacao) and are the primary ingredient used in the production of chocolate. Here\'s a detailed description of cocoa beans:
Botanical Characteristics:
Species: Theobroma cacao
Appearance: Cocoa beans are roughly oval-shaped and are typically 1 to 2 cm long. They have a smooth, hard shell that varies in color from light brown to dark brown, depending on the variety and level of fermentation.
Structure: Each cocoa pod contains 20-50 cocoa beans surrounded by a sweet pulp.
Cultivation:
Growing Regions: Cocoa beans are primarily cultivated in tropical regions within 20 degrees of the Equator, including West Africa, Latin America, and Southeast Asia.
Climate: Cocoa trees thrive in humid, tropical climates with well-distributed rainfall and temperatures between 20-30�°C (68-86�°F).
Harvesting: Cocoa pods are harvested manually with machetes or by hand, typically twice a year.
Processing:
Fermentation: After harvesting, the cocoa beans are removed from the pods and fermented for several days to develop flavor and reduce bitterness.
Drying: Fermented beans are dried in the sun or using artificial dryers until they reach around 7% moisture content, which helps preserve the beans for storage and shipping.
Roasting: Dried beans are roasted at temperatures between 120-140�°C (248-284�°F) to develop their characteristic chocolate flavor.
Composition:
Shell: The outer shell makes up about 10-15% of the cocoa bean and is used to make cocoa mulch or sometimes as a source of biofuel.
Nib: Inside the shell, the cocoa bean is divided into nibs, which contain approximately 54-58% cocoa butter (fat) and 11-15% cocoa solids (theobromine and caffeine).
Flavor Compounds: Cocoa beans contain a complex mix of flavor compounds that develop during fermentation and roasting, contributing to the unique taste of chocolate.
Uses:
Chocolate Production: Cocoa beans are the fundamental ingredient in chocolate manufacturing. The nibs are ground into a paste called chocolate liquor, which is then processed into various forms of chocolate.
Cocoa Products: Cocoa powder and cocoa butter are derived from cocoa beans and are used in baking, confectionery, beverages, and cosmetics.
Quality Grading:
Cocoa beans are graded based on size, color, fermentation level, and absence of defects to ensure consistent quality for chocolate production.
Fine Flavor: Beans with unique and desirable flavors are often classified as fine flavor cocoa beans and command higher prices in the market.
Cocoa beans are essential to the global chocolate industry, with their flavor profile influenced by factors such as origin, fermentation, and processing methods, making them a critical component in creating a variety of chocolate products enjoyed worldwide
