My Hydrocolloid Companion Table: Compare Gums, Pectins & Stabilizers
Hydrocolloid Comparison Chart:

My Hydrocolloid Companion Table: Compare Gums, Pectins & Stabilizers

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My Hydrocolloid Companion Table

Welcome toΒ My Hydrocolloid Companion Table β€” a clear, side-by-side guide to the most important gums, pectins, and stabilizers in modern food science. While your Hydrocolloid Comparison TableΒ offers a quick overview, this companion table goes further, helping chefs, bakers, and food innovators compare functional properties, usage levels, and real-world applications at a glance. Think of it as your personal reference sheet when choosing the right hydrocolloid for any recipe or formulation.

Search and filter common gums, pectins, gelatins, and related ingredients. Click any ingredient to see full guides and recipes.

Compare key specs at a glance
Ingredient Primary function Vegan Typical use % Hydration / activation Sets / key trigger Texture / notes pH & stability Best uses & synergies
Agar-Agar Gelling Yes 0.5–2.0 Hydrate & dissolve near boil (85–95Β°C) Sets on cool; no ions needed Firm/brittle, thermo-reversible; poor freeze-thaw Avoid strong acid; best β‰₯pH ~3.5 Terrines, gels; synergy with LBG/Konjac to reduce brittleness
Gelatin Gelling No 0.6–1.7 Bloom in cold, dissolve ~50–60Β°C Sets on cool (thermo-reversible) Soft/elastic; clean melt Works ~pH 4–9 Panna cotta, gummies, aspic
Xanthan Gum Thickening / stabilizing Yes 0.05–0.3 Hydrates cold or hot Shear-thinning viscosity High stability; suspends solids Stable wide pH, freeze-thaw excellent Dressings, sauces; strong synergy with LBG/guar/konjac
Guar Gum Thickening Yes 0.2–0.8 Hydrates cold; faster with shear N/A (no gel) High cold viscosity Best ~pH 4–10 Gluten-free baking; synergy with xanthan
Locust Bean Gum Thickening / stabilizing Yes 0.1–0.5 Hydrates best hot (β‰ˆ85–90Β°C) N/A (no gel alone) Creamy body; slows ice growth Good dairy stability Ice cream, yogurt; synergy with xanthan & ΞΊ-carrageenan
Tara Gum Thickening / stabilizing Yes 0.1–0.5 Hydrates warm-hot (~60–80Β°C) N/A Balanced body; clean flavor General pH tolerant Dairy, sauces; synergy with carrageenan/xanthan
Gum Arabic (Acacia) Emulsifying / stabilizing Yes 0.2–1.0 Hydrates cold N/A Very high solubility; film-forming Wide pH; beverage stable Beverage emulsions, confectionery
Gum Tragacanth Thickening / stabilizing Yes 0.1–0.5 Hydrates slowly (cold); allow time N/A Acid-tolerant, smooth body Acid stable Icings, confectionery, sauces
Sodium Alginate Gelling / thickening Yes 0.5–2.0 Hydrates cold (shear helps) Gels with Ca²⁺ (cold-set) Irreversible, tender to firm Broad pH; acid may weaken Spherification, noodles; pair with CaClβ‚‚/Ca-lactate
Calcium Alginate Gelled form (result) Yes β€” N/A (insoluble gel) From alginate + Ca²⁺ Heat-stable cold-set gel pH tolerant Encapsulation, beads/spheres
Carrageenan (Kappa) Gelling Yes 0.2–1.0 Hydrates hot Strong gel with K⁺ Firm/brittle; dairy-friendly Best above ~pH 4 Chocolate milk, processed cheese; synergy with LBG
Carrageenan (Iota) Gelling Yes 0.2–1.0 Hydrates hot Elastic gel with Ca²⁺ Soft, cohesive; low syneresis Good dairy stability Dairy desserts, gummies
Carrageenan (Lambda) Thickening / stabilizing Yes 0.1–0.5 Hydrates cold/hot Does not gel Silky viscosity Acid tolerant in beverages Chocolate milk, protein shakes
Gellan Gum (Low Acyl) Gelling Yes 0.05–0.3 Hydrates β‰₯85–90Β°C Sets on cool (cations) Firm/brittle, very clear; great freeze-thaw Wide pH Cuttable gels, fluid gels
Gellan Gum (High Acyl) Gelling Yes 0.05–0.5 Hydrates β‰₯85–90Β°C Sets on cool (cations) Soft/elastic, creamy mouthfeel Wide pH; heat stable gels Dairy/alt-dairy, puddings
Pectin (HM) Gelling Yes 0.5–1.0 Hydrates hot Requires high sugar & low pH Classic jam/jelly set Best pH ~2.8–3.4 High-sugar jams & glazes
Pectin (LM) Gelling / stabilizing Yes 0.3–1.0 Hydrates hot Gels with Ca²⁺ (low sugar) Thermally stable, low syneresis Acid dairy tolerant Low-sugar jams, acidic milk drinks
Methylcellulose Hot gelling / foams Yes 0.5–2.0 Hydrates cold; gel on heat Thermo-reversible (hot-set) Unique hot gels; film-forming Broad pH Hot gels, batters, vegan meats
Lecithin Emulsifier / foaming Yes* 0.3–1.0 Hydrates; shear disperses Reduces surface tension Stabilizes emulsions/foams pH flexible Vinaigrettes, airs; synergizes with xanthan (*verify source)
Konjac Glucomannan Gelling / thickening Yes 0.2–1.0 Hydrates cold; heat/alkali strengthen Thermo-stable elastic gels Very high viscosity at low % Stable; good freeze-thaw Noodles, gummies; synergy with xanthan/ΞΊ-carrageenan
CMC (Carboxymethyl Cellulose) Thickening / stabilizing Yes 0.2–1.0 Hydrates cold N/A Smooth body; controls ice growth Acid grades available Ice cream, sauces, bakery

Notes: Use ranges are typical starting points; optimize per formulation, solids, pH, salts, and process. β€œVegan” reflects typical sourcing; confirm supplier specs for your SKUs.

Β 

Ed - Cape Crystal Brands

About the Author

Ed is the founder of Cape Crystal Brands, editor of the Beginner’s Guide to Hydrocolloids, and a passionate advocate for making food science accessible to all. Discover premium ingredients, expert resources, and free formulation tools at capecrystalbrands.com/tools.

β€” Ed

πŸ“š View the complete index of our blog posts

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