Whole Milk Powder
Enhancing flavor and nutritional value with rich, full-fat dairy excellence.
What is? Where we use?
Whole Milk Powder is a dairy product produced by evaporating milk to retain its natural fat content, resulting in a rich and creamy powder form. This product preserves essential nutrients, including proteins, lactose, vitamins, and minerals, making it a valuable ingredient in various food and beverage applications. Its full-fat nature contributes to enhanced flavor, improved texture, and increased shelf stability of the final products. Whole Milk Powder is widely used by food manufacturers to enrich dairy products, bakery items, confectionery, and beverages, providing a creamy mouthfeel and rich taste. Additionally, it serves as a key component in the production of ice cream, yogurt, and cheese, ensuring consistency and high-quality standards. Its versatility and nutritional benefits make Whole Milk Powder an indispensable ingredient for creating wholesome and delicious products across multiple industries.
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Food Industry
Enhances flavor and texture in bakery products, confectionery, dairy-based items like ice cream and yogurt, and a variety of beverages, providing a rich and creamy taste profile.
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Dairy Products Manufacturing
Integral in the production of dairy products such as cheese, yogurt, and ice cream, ensuring consistency, improved texture, and enhanced nutritional value.
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Beverage Industry
Serves as a base ingredient for rich and creamy beverages, including milk-based drinks and non-dairy alternatives, contributing to a satisfying mouthfeel and full-fat flavor.
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Infant Nutrition
Utilized in baby formulas to provide essential nutrients and a creamy texture, supporting healthy growth and development in infants.
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Animal Feed
Provides a nutritious and energy-rich ingredient in animal feed formulations, promoting healthy growth and productivity in livestock.
Chemical & Physical Properties
| Specifications | Typical Values | Method | Principle |
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Moisture, m/m | max 5 % | 4% | IDF Standard 26:1964 | Gravimetry, drying; 103±2 0C |
Fat, m/m | min 26 % | 26.5 % | Gerber /Teichert Metod, NADRG: 1978 | Gerber |
Protein (in the non fat dry matter), m/m (Nx6,38) | min 34 % | 35% | IDF Standard 20B: 1993 | Kjeldahl, titrimetry |
Ash, m/m | max 8 % | 6% | IDF Standard 90:1986 | Furnace; 825±25 0C |
Lactose, m/m | min 36 % | 38% | NADRG: 1978 | Subsidence, (Cu2O) |
Titratable acidity (L.A.) | max 0.17 % | 0.15 % | ADMI: 1971 | Titrimetry |
pH (in 10 % solution) | min 6.50 | Jun.70 | TS 11860 | pH metre |
Density, g/cm3 | min 0.600 | 0.650 | NADRG: 1978 | Volumetry Gravimetry |
Solubility index, ml | max 1 | 0.5 | IDF: 1964 | Centrifugation |
Scorched Particles | Disk A/B | A | ADMI: 1971 | Visual comparasion with standard disks |
Microbiological Properties
| Specifications | Typical Values | Method | Principle |
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Total plate count, cfu/g | max 40.000 | 7.000 | TS 1019 | Plate Count Agar |
Coliform, cfu/0.1 g | max 10 | negative | FDA: 1998 | Fluorocult VRB Agar |
E.coli, cfu/g | negative | negative | FDA: 1998 | Fluorocult VRB Agar |
Staph.aureus, cfu/g | negative | negative | Anon., 1998 (38) | Baird-Parker Agar |
Salmonella, cfu/25g | negative | negative | TS 8907 | Selenit-Cystin Broth & Bismut-Sülfite Agar |
Yeast & Mould, cfu/0.1 g | max 10 | negative | Pitt&Hocking, 1997 (86) | YGC Agar |