16 ingredients · 6 categories · EU stock · with FPD charts & overrun calculator
Ice Cream Ingredients Bulk — EU Stock with the Science
Stabilizers, emulsifiers, sweeteners, proteins and base solids for professional ice cream production — all from EU stock. The only supplier page with a freezing point depression chart, overrun calculator and 5-formula ice cream mix builder.
The science of ice cream — four mechanisms that determine quality
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Ice Crystal Control
Ice cream quality is determined by crystal size. Crystals <40 μm = smooth. >50 μm = icy mouthfeel. Stabilizers (guar gum, xanthan) increase mix viscosity, slowing water molecule diffusion and reducing Ostwald ripening — the migration of water from small crystals to larger ones.
FPD is a colligative property: ΔTf = Kf × m × i, where Kf = 1.86°C·kg/mol for water, m = molality, i = van't Hoff factor. Lower FP = more unfrozen water at serving temperature (−12°C to −18°C) = softer scooping. Dextrose (MW 198) gives 1.9× higher FPD than sucrose (MW 342) at equal mass concentration.
Emulsifiers in ice cream work paradoxically: they improve the initial emulsion stability of the mix, then — during freezing — promote controlled destabilization of fat globules. Partially coalesced fat clusters coat air bubbles, dramatically improving overrun stability, melt resistance and texture. Lecithin (E322) is the primary emulsifier at 0.2–0.5%.
The stabilizer system: why combine guar + xanthan?
Guar gum (E412) provides the highest cold-water viscosity of any commercial hydrocolloid — critical for slowing ice crystal growth during frozen storage. But guar loses viscosity above 80°C (HTST pasteurisation temperature) and is not effective in very acidic systems (sorbet, pH <4).
Xanthan gum (E415) is thermally stable (to 130°C), pH-stable (2–12), and provides pseudoplastic (shear-thinning) behaviour. In ice cream this means: high viscosity when the product rests in the freezer (protecting crystals); low viscosity when scooped under shear (easy serving). It also provides synergistic viscosity when blended with guar.
Standard stabilizer blend: Guar gum 0.15–0.2% + Xanthan gum 0.05–0.1% = total 0.2–0.3%. This blend survives HTST, provides body, controls crystals, and supports overrun. It's the industry standard for mainstream dairy ice cream and the foundation of all five formula types in our builder above.
Why gelatin remains irreplaceable in premium gelato
Bovine gelatin provides two unique functions no vegan stabilizer replicates: (1) Body at room temperature — gelatin is a thermoset gel; it sets firm when cold and melts when warm, giving gelato its characteristic clean melt-in-mouth profile. (2) Melt resistance without over-stabilization — gelatin slows melt at 12–15°C (typical glass-counter temperature) without making the product gummy. Standard dose: 0.1–0.3% in gelato, typically combined with guar gum for crystal control.
Ice cream structure — at a glance
Ingredient function map
Base Solids (SMP, FCMP)
Provide total solids, protein, fat and lactose. MSNF minimum 10% for smooth texture.
Stabilizers (Guar, Xanthan, Gelatin)
Control ice crystal size and growth. Provide body. Prevent syneresis during freeze-thaw.
Emulsifiers (Lecithin, Caseinate)
Stabilize mix emulsion → promote controlled fat destabilization during freezing → coat air bubbles.
Replace fat-like mouthfeel in low-fat products. Prebiotic. 0 kcal/g contribution.
Proteins (WPC 80, Caseinate)
Critical for overrun stability — protein films stabilize air cell membranes. WPC 80 essential for high overrun.
Performance data
Stabilizer comparison — 6 scores, animated on scroll
Scores (0–100) across five performance dimensions for each stabilizer available from FDCM. The Guar+Xanthan blend scores highest overall — the industry-standard choice.
Vegan formulation note: Bovine gelatin and sodium caseinate are not vegan. Vegan ice cream must rely on guar gum + xanthan gum + inulin system. To compensate for the absence of casein (natural emulsifier), increase sunflower lecithin to 0.4–0.5% and stabilizer total to 0.4–0.5%.
Interactive chart
Freezing point depression — sweetener comparison chart
FPD is colligative — it depends on the number of dissolved molecules, not their mass. This chart shows how each sweetener lowers the freezing point at increasing concentrations. Higher FPD = softer, easier-scooping ice cream at serving temperature.
Sucrose (sugar)
Dextrose (glucose)
Erythritol
Sorbitol
Fructose
Sweetener
FPD per %
FPD @ 15%
Sweetness vs Sucrose
Formulation note
Sucrose (sugar)
0.100°C/%
–1.5°C
100
Standard FPD
Dextrose (glucose)
0.190°C/%
–2.85°C
75
Higher FPD → softer
Erythritol
0.140°C/%
–2.1°C
70
Higher FPD → softer
Sorbitol
0.180°C/%
–2.7°C
60
Higher FPD → softer
Fructose
0.190°C/%
–2.85°C
173
Higher FPD → softer
Practical formulation: Replace 25% of sucrose with dextrose — e.g. 13% sucrose + 5% dextrose instead of 18% sucrose. This maintains sweetness (dextrose is 75% as sweet as sucrose) while increasing total FPD by 0.4°C, resulting in noticeably softer scooping texture with no other changes. Total cost per kg of mix decreases because dextrose is cheaper than sucrose.
Interactive tool
Ice cream mix formula builder — 5 complete formulations
Select a product type to see a complete ingredient formula with typical percentages, function notes and process guidance. All ingredients available from FDCM EU stock.
🍦 Premium Dairy
💚 Low-Fat
🌿 Vegan
🔬 Sugar-Free / Keto
💪 High-Protein
Formulation tool
Overrun calculator — get stabilizer & emulsifier recommendations
Enter your target overrun, product type and fat level. The calculator recommends the optimal stabilizer and emulsifier combination for your specification.
Application guide
Ingredient × ice cream type matrix
Usage intensity for each ingredient across six ice cream categories. Primary = critical ingredient · Optional = adds value · — = not applicable.
Ingredient
Dairy
Low-fat
Vegan
Gelato
Sorbet
Soft Serve
Full catalogue
All 16 FDCM ice cream ingredients — EU stock, CoA, DSV
Every ingredient shown with typical usage level, functional role and current price. All available from EU warehouse, minimum 25 kg, no framework contract required.
Ice cream ingredients serve five functions: (1) Base solids — skimmed milk powder (MSNF), full cream milk powder — provide protein, fat, lactose and flavour. (2) Sweeteners / FPD agents — sugar, dextrose, sorbitol — control sweetness and freezing point depression, which determines texture at serving temperature. (3) Stabilizers — guar gum (E412), xanthan gum (E415), gelatin — control ice crystal size and growth, provide body, and maintain overrun stability. (4) Emulsifiers — lecithin (E322), sodium caseinate — promote controlled fat destabilization needed for overrun, dryness and melt resistance. (5) Fat replacers / fibers — inulin — provide fat-like mouthfeel in low-fat formulations and prebiotic benefits.
Overrun = (Volumefinal − Volumemix) / Volumemix × 100%. It represents the % of air incorporated during freezing. Typical targets: artisan/premium dairy ice cream 60–80%; standard dairy 80–120%; soft serve 100–120%; economy 120–140%. Higher overrun requires more protein (WPC 80, sodium caseinate) and stronger emulsification (lecithin at higher dose) to stabilize air cell membranes. Too high overrun without adequate protein = coarse, collapsed texture. Too low = dense, gummy. The guar+xanthan blend is optimal for stabilizing overrun across all levels.
Freezing point depression (FPD) is a colligative property — it depends on the molar concentration of dissolved particles, not their mass. Sucrose (MW 342 g/mol) provides 0.100°C FPD per % w/w. Dextrose monohydrate (MW 198 g/mol) provides 0.190°C per % — 1.9× higher. At 5% w/w in mix: sucrose lowers FP by –0.5°C; dextrose by –0.95°C. More FPD = more unfrozen water at –12°C serving temperature = softer scooping texture. Typical industrial approach: replace 25–30% of sucrose with dextrose while maintaining total sweetness by reducing overall sugar level.
Natural cocoa powder (10–12% fat) is acidic (pH 5.0–6.0), has lighter brown colour, fruity flavour profile, and reacts with baking soda. Alkalized (Dutch process) cocoa is neutralised with potassium carbonate (pH 6.8–8.0), has darker colour, richer chocolate flavour, and is preferred for ice cream — the neutral pH improves dispersibility in dairy systems and gives deeper visual colour. In frozen products, colour stability is critical: alkalized cocoa retains colour better during frozen storage than natural cocoa. Typical usage: 2–4% cocoa powder in chocolate ice cream mix.
Guar gum (E412) controls ice crystals through two mechanisms: (1) Viscosity increase — higher mix viscosity slows water molecule diffusion, reducing the rate at which small crystals grow into large ones (Ostwald ripening). (2) Cryo-protection — galactomannan polymer chains physically interfere with ice crystal growth fronts during freeze-thaw cycling. The combination with xanthan gum is synergistic: guar provides bulk viscosity; xanthan provides pseudoplastic (shear-thinning) properties important during the dynamic freezing process. Standard dosage in ice cream: guar 0.15–0.25% + xanthan 0.05–0.1%.
Yes — inulin is one of the most effective fat replacers in ice cream. At 4–6% concentration, inulin forms microparticulated gel networks that mimic the sensory properties of fat — creamy mouthfeel, body, and perception of richness. It also: (1) improves melting behaviour; (2) contributes prebiotic fiber (3g/serving counts toward daily fiber intake); (3) works synergistically with stabilizer blends. The key limitation: inulin slightly increases mix viscosity, requiring process adjustment. In EU, health claims are authorised: 'Inulin contributes to normal bowel function' at ≥10g/day. Typical dose in low-fat ice cream: 3–5%.
Erythritol (E968) is the preferred bulk sweetener for sugar-free ice cream for three reasons: (1) FPD: provides 0.140°C per % — better than sucrose (0.100°C), giving adequate softness; (2) Mouthfeel: volume-for-volume replacement of sugar at 1.3:1 ratio; (3) Zero glycaemic index and 0 kcal/g. Key challenge: erythritol tends to recrystallise during storage, causing icy, crunchy texture. Solution: always combine with sorbitol (3–5%) + inulin (3%) to prevent crystallisation. The guar+xanthan stabilizer blend must be increased by approximately 20% vs full-sugar formulas to compensate for the lower viscosity of erythritol solutions.
Standard: CoA per batch (assay/purity, moisture, heavy metals — Pb, Cd, Hg, As — microbiological — TPC, coliforms, Salmonella, Listeria — allergen declaration). For milk proteins and gelatin: allergen statement (contains milk / bovine). On request at no charge: TDS, REACH declaration, halal/kosher certificate, non-GMO statement (sunflower lecithin), EU Reg. 1333/2008 conformity, FSSC 22000/BRC chain compliance, country of origin.
Ice cream (food category 3 — Edible ices — in EU Reg. 1333/2008 Annex II) has specific permitted additives. Key ones available from FDCM: Guar gum E412 — quantum satis (QS); Xanthan gum E415 — QS; Lecithin E322 — QS; Sorbitol E420 — QS; Erythritol E968 — QS. Gelatin and inulin are not food additives — they are food ingredients and have no legal maximum. Sodium caseinate is a dairy ingredient, not additive. Always check current Annex II category 3 for your specific product variant.
Most products: 25 kg minimum. WPC 80: from 15 kg. No framework contract or annual volume commitment. 1–2 business day processing. DSV road freight 3–7 business days to all 27 EU member states. Full tracking from dispatch. Contact contact@fdcm.eu for consolidated quotes on multi-ingredient ice cream premix sourcing — we regularly consolidate 5–10 ingredient orders into single shipments.
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