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Milk Powder, Skim Milk Powder, Non-Fat Dry Milk Powder, Whole Milk Powder, Fat-Filled Milk Powder, SMP, NFDMP, WMP,  FFMP, 68514-61-4

Milk Powder, Skim Milk Powder, Non-Fat Dry Milk Powder, Whole Milk Powder, Fat-Filled Milk Powder, SMP, NFDMP, WMP,  FFMP, 68514-61-4

Product Family: Milk Powder (Dried Milk Solids)

1. PRODUCT DESCRIPTION AND TYPES

Milk powder is a free-flowing, hygroscopic powder obtained by removing water from fresh pasteurized cow's milk through evaporation and spray drying. When reconstituted with water, it retains the essential organoleptic and nutritional properties of liquid milk.

Type Code Trade Name International Code Fat Content Range (%)
SMP Skim Milk Powder Skim Milk Powder Max. 1.5%
NFDM Non-Fat Dry Milk Non-Fat Dry Milk Max. 1.25% (US Std.)
WMP Whole Milk Powder Whole Milk Powder Min. 26.0% - Max. 42.0%
FFMP Fat-Filled Milk Powder Fat-Filled Milk Powder Min. 26.0% (Vegetable Fat Base)

2. PHYSICAL AND CHEMICAL SPECIFICATIONS

This section compares the two most common commercial forms: SMP (Skim Milk Powder) and WMP (Whole Milk Powder) .

Parameter Unit SMP Specification WMP Specification Test Method
Moisture % (w/w) Max. 4.0 Max. 3.5 - 4.0 Gravimetric / IDF 26A
Fat % (w/w) Max. 1.25 Min. 26.0 Gerber / Rose-Gottlieb
Protein (N x 6.38) % (w/w) Min. 34.0 (Typical: ~35-36) Min. 24.0 Kjeldahl / Dumas
Lactose % (w/w) 49.0 - 52.0 36.0 - 38.0 HPLC / Enzymatic
Ash (Minerals) % (w/w) Max. 8.2 Max. 6.5 550°C Furnace
Titratable Acidity % Lactic Acid Max. 0.15 Max. 0.15 Titrimetric
Scorched Particles Disc Standard Max. B (15.0 mg) Max. B (15.0 mg) ADPI
Solubility Index ml Max. 1.0 ml (Instant) / 1.5 ml (Regular) Max. 1.0 ml IDF 129
pH (25°C, 10% sol.) - 6.60 - 6.80 6.50 - 6.70 Potentiometric
Bulk Density g/ml 0.55 - 0.65 0.50 - 0.60 Loose Fill

3. MICROBIOLOGICAL SPECIFICATIONS

Production includes pasteurization and aseptic spray drying; therefore, the product is commercially sterile. Hygiene indicators must be below specified limits.

Parameter Limit Unit Test Method
Total Aerobic Mesophilic Count Max. 10,000 cfu/g ISO 4833
Enterobacteriaceae Max. 10 cfu/g ISO 21528
Coliforms < 10 cfu/g ISO 4832
E. coli Absent /10g ISO 16649
Salmonella spp. Absent /25g ISO 6579
Staphylococcus aureus Absent /g ISO 6888
Yeasts and Moulds Max. 100 cfu/g ISO 21527
Listeria monocytogenes Absent /25g ISO 11290

4. SENSORY (ORGANOLEPTIC) CHARACTERISTICS

Criteria Specification
Appearance Homogeneous, free-flowing powder ranging from white (SMP) to cream-yellow (WMP). Free from lumps, foreign matter, or insect fragments.
Odor Clean, slightly sweet, characteristic of fresh milk. Free from rancid, burnt, fishy, or moldy off-odors.
Taste Clean, pure milk flavor. Free from metallic, soapy, or storage taints.
Reconstitution When mixed with warm water (40-45°C), it shall form a homogeneous emulsion without insoluble sediment.

5. NUTRITIONAL INFORMATION (Approximate Values - per 100g)

Nutrient Unit SMP (Skim) WMP (Full Cream)
Energy kcal 358 496
Total Fat g 0.8 26.7
- Saturated Fat g 0.5 16.7
Carbohydrate g 52.0 38.0
- Sugars (Lactose) g 52.0 38.0
Protein g 36.0 26.0
Salt (Sodium x 2.5) g 1.0 0.8
Calcium mg 1250 900

6. USAGE INSTRUCTIONS AND APPLICATION NOTES

A. Reconstitution Ratios:

  • For Drinking Milk: 1 part milk powder + 9 parts warm water (Example: 100g powder + 900ml water = 1 Liter milk).

  • Industrial Use (Bakery): Add directly to dry flour mix. Note: Water absorption must be increased in the recipe equivalent to the amount of milk powder added.

B. Storage Conditions and Shelf Life:

  • Temperature: Maximum 25°C, ideally 10-15°C (Cool storage).

  • Humidity: Below 65% Relative Humidity.

  • Packaging: Unopened original multi-wall kraft bags with inner polyethylene liner: 12-24 months.

  • After Opening: Store in airtight containers and consume within 1 month. Note: WMP (Whole Milk Powder) is more sensitive to oxidation (rancidity) than SMP due to its higher fat content.

7. FUNCTIONAL PROPERTIES & APPLICATION GUIDE

Application Area Recommended Type Technical Benefit Provided
Yogurt / Fermented Drinks High-Heat (HH) SMP Prevents syneresis (whey separation), increases viscosity.
Ice Cream WMP or SMP SMP: Prevents sandiness, improves body. WMP: Provides creamy texture and rich mouthfeel.
Chocolate (Conching) WMP (High Free Fat) Optimizes rheology (flow properties), ensures smooth texture.
Cakes / Biscuits SMP Enhances crust color via Maillard reaction, increases dough tolerance.
Sausages / Emulsified Meat SMP Increases water holding capacity, reduces cooking loss.

8. ALLERGEN AND REGULATORY INFORMATION

  • Allergen Warning: Contains Milk and Milk Products (including Lactose).

  • Gluten Status: Gluten-Free.

  • GMO Status: Does not contain GMOs (Non-GMO).

  • Irradiation: The product has not been treated with ionizing radiation.

  • Certifications: Halal, Kosher (Upon Request), ISO 22000 (Food Safety Management System).

MILK POWDER: SECTORAL APPLICATION GUIDE & TECHNICAL HANDBOOK

1. ALTERNATIVE NAMES AND TERMINOLOGY

Milk powder is known by various names across different industries and regions. Understanding this terminology is critical for correct raw material procurement.

Category Name / Term Explanation
International Trade SMP (Skim Milk Powder) Fat-free milk powder, the most traded dairy commodity
  WMP (Whole Milk Powder) Full-cream milk powder
  NFDM (Non-Fat Dry Milk) US official term, equivalent to SMP
  BMP (Buttermilk Powder) Powder from churning cream
  FFMP (Fat-Filled Milk Powder) Skim milk powder blended with vegetable fat (palm oil)
Functional Types Instant Milk Powder Agglomerated particles; dissolves in cold water
  High-Heat (HH) SMP Heat-treated for bakery applications; proteins denatured
  Medium-Heat (MH) SMP Standard type; suitable for most dairy reconstitution
  Low-Heat (LH) SMP Minimal heat treatment; whey protein intact (for cheese making)
  Hydrolyzed Milk Powder Lactose or protein enzymatically broken down
Label Terminology Dairy Solids Common ingredient list term
  Dried Skim Milk Alternative label term
  Milk Solids Non-Fat (MSNF) Technical term used in ice cream formulation
Multilingual Lait en Poudre French
  Milchpulver German
  Leche en Polvo Spanish

2. SECTORAL USAGE SUMMARY TABLE

Sector Preferred Type Purpose Typical Dosage (%)
Bread / Bakery HH SMP Dough strength, crust color, shelf life 2-4% (Flour basis)
Cakes / Muffins SMP Moisture retention, soft crumb 3-6% (Flour basis)
Biscuits / Crackers SMP Crispness, Maillard browning 2-5% (Flour basis)
Ice Cream SMP or WMP Prevents sandiness, increases overrun 5-12% (Mix basis)
Yogurt HH SMP Viscosity, prevents syneresis (whey off) 2-5% (Milk basis)
Chocolate WMP Rheology (flow), creamy mouthfeel 10-25% (Total recipe)
Confectionery (Caramel/Toffee) WMP or SMP Texture, controlled browning 5-15%
Infant Formula Demineralized SMP Protein standardization, mineral balance 20-60%
Instant Soups / Sauces SMP (Instant) Emulsifier, bulking agent, flavor carrier 5-20%
Coffee Creamer / Whitener WMP or FFMP Whitening, mouthfeel 15-40%
Processed Meat (Sausages) SMP Water binding, emulsion stability 1-3% (Meat basis)
Pasta / Noodles SMP Protein enrichment, cooking quality 2-5%
Animal Feed (Calf Milk Replacer) SMP or WMP High-quality protein & energy source 20-50%
Sports Nutrition Milk Protein Isolate Muscle synthesis, low lactose Formula dependent

3. APPLICATION METHODS AND TECHNICAL RECOMMENDATIONS

A. Dry Blending Method (Most Common)

  • Application: Milk powder is pre-mixed with flour or other dry ingredients before adding liquids.

  • Recommendation: Milk powder is highly hygroscopic (absorbs moisture from air). Especially when using WMP, the blend should be processed immediately to prevent caking.

B. Reconstitution Method (Rehydrating)

  • Application: Milk powder is first dissolved in warm water (40-45°C / 104-113°F) to create liquid milk before entering the production line.

  • Ratio: 1 kg milk powder + 8-9 liters water ≈ 10 liters milk.

  • Recommendation: Use high-shear mixing. Unless using Instant (agglomerated) powder, allow 15-30 minutes hydration time. Insufficient hydration leads to a sandy/grainy texture in final products like yogurt.

C. Direct Addition to Hot Process (Ice Cream / Creams)

  • Application: Milk powder is added to the cold mix tank along with liquid milk and sugar before pasteurization. It dissolves completely during heating.

  • Recommendation: Heat treatment increases the water-binding capacity of proteins. Use Medium-Heat SMP rather than Low-Heat SMP for ice cream to improve body and texture.

D. Conching (Chocolate Manufacturing)

  • Application: Milk powder is kneaded with cocoa mass, cocoa butter, and sugar for hours in a conche.

  • Recommendation: WMP is essential here. Moisture content must be below 3% . Higher moisture in milk powder will cause chocolate viscosity to spike (seizing), making it impossible to temper or mold.

4. SAMPLE INDUSTRIAL FORMULATIONS

Formulation 1: Industrial Ice Cream (Per 1000 kg Mix)

Ingredient Quantity (kg) Fat (kg) MSNF (kg)
Fresh Milk (3.5% Fat) 600 21.0 51.0
Cream (40% Fat) 150 60.0 8.1
SMP (Skim Milk Powder) 60 0.0 57.6
Sugar (Sucrose) 140 - -
Glucose Syrup (80% DM) 40 - -
Stabilizer-Emulsifier 5 - -
Water 5 - -
TOTAL 1000 8.1% Fat 11.7% MSNF

Calculation Note: This recipe uses 6% SMP. The SMP provides the necessary Milk Solids Non-Fat (MSNF) to prevent lactose crystallization (sandiness). The recommended MSNF range for ice cream is 10-12%.

Formulation 2: Industrial White Pan Bread (Baker's Percentage)

Ingredient Baker's % Quantity (kg)
Wheat Flour (Bread Type) 100 100
Water (Iced) 58 58
Fresh Yeast 4 4
Salt 2 2
Sugar 4 4
Vegetable Shortening/Oil 3 3
HH SMP (High-Heat Skim Milk Powder) 3 3
Ascorbic Acid (E300) 0.01 0.01

Application Advice: HH SMP is mandatory. If Low-Heat SMP is used, the active whey proteins will interfere with gluten development, resulting in lower loaf volume and a sticky crumb. Denatured proteins in HH SMP strengthen the gluten network and enhance crust color.

Formulation 3: Instant Cream of Mushroom Soup (Dry Mix - 1000g)

Ingredient Quantity (g) Ratio (%)
SMP (Skim Milk Powder - Instant Type) 300 30%
Wheat Flour 250 25%
Modified Corn Starch 150 15%
Vegetable Creamer Powder (FFMP) 150 15%
Mushroom Powder / Flavor 50 5%
Salt 60 6%
Sugar 20 2%
Onion Powder / Spices 20 2%

Recommendation: Instant SMP must be used here. Standard powder will form lumps when the consumer pours hot water over it, resulting in an unpleasant texture.

5. USAGE RATIOS QUICK REFERENCE TABLE

Product Group Minimum (%) Optimum (%) Maximum (%) Basis of Calculation
Bread / Baguette 1 3 5 Flour Weight
Sponge Cake / Muffin 2 4 8 Flour Weight
Shortbread / Cracker 1 3 5 Flour Weight
Ice Cream 4 8 12 Total Mix Weight
Set / Stirred Yogurt 1 3 5 Milk Basis
Milk Chocolate 12 18 25 Total Recipe Weight
Frankfurters / Sausages 1 2 3.5 Meat Block Weight
Calf Milk Replacer 30 40 60 Total Feed Weight

6. IMPORTANT TECHNICAL TIPS & TROUBLESHOOTING

Topic Recommendation Reason
Storage Store WMP below 15°C (59°F); SMP below 25°C (77°F). Milk fat in WMP oxidizes rapidly at high temps, causing rancid off-flavors.
Moisture Control Once opened, use within 48 hours or transfer to airtight silo. Exposure to ambient humidity causes caking and increases water activity, leading to mold growth.
Heat Treatment Selection HH for BreadLH for Cheese. LH preserves whey protein for better cheese yield; HH denatures protein to avoid gluten interference in bread.
Browning Effect If cake color is pale, add 1% extra SMP. Lactose reacts with protein (Maillard Reaction) to provide natural golden-brown crust without artificial colors.
Solubility Issues For cold water application (e.g., protein shakes), specify Instant (Agglomerated) . Regular powder has poor wettability and sinks to bottom in lumps.
Cost Optimization Replace WMP with SMP + Vegetable Fat for sauces/creams. "Fat-Filled Milk Powder" (FFMP) is typically 30-40% cheaper than Whole Milk Powder in global markets.
Meat Application Limit Do not exceed 3% in sausages. Higher levels result in a distinct "milky" taste which consumers perceive as a defect in savory meat products.

7. FUNCTIONAL ROLES OF MILK POWDER (TECHNICAL SUMMARY)

  1. Water Binding: Lactose and casein proteins reduce cooking loss in ham, sausages, and baked goods.

  2. Emulsification: Stabilizes the fat/water interface in ice cream, sauces, and processed meats.

  3. Foam Stability (Overrun): Improves air cell structure in ice cream and whipped toppings.

  4. Browning Agent (Clean Label): Replaces artificial colors in bakery by facilitating the Maillard reaction.

  5. Flavor Masking: Bitter notes from vitamins, minerals, or soy proteins are rounded out and softened by milk solids.

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