Carrageenan (200 Mesh, High Gel Strength, Transparent Gel)
Food
Code: 254184
Carrageenan (200 Mesh, High Gel Strength, Transparent Gel): fine 200 mesh high-gel-strength carrageenan for smooth firm gels. Food-grade powder for gelling, thickening, stabilization, and water-binding systems.
Carrageenan (200 Mesh, High Gel Strength, Transparent Gel) is a food-grade carrageenan powder for technical food formulation work. It is positioned as fine 200 mesh high-gel-strength carrageenan for smooth firm gels. The grade is intended for formulators who need controlled gel strength, viscosity, clarity profile, and water-binding behavior in finished food systems.
Product description
Carrageenan is a red-seaweed polysaccharide hydrocolloid used mainly as a gelling agent, thickener, stabilizer, and water-binding ingredient. Gel behavior is strongly system-dependent: potassium ions usually strengthen kappa-type gels, calcium can modify elasticity, and milk proteins can interact with carrageenan to improve suspension and body. For clear products, control hydration, insoluble particles, sugar/acid balance, and filtration/dispersion quality because clarity is affected by the whole formula, not only the carrageenan grade.
Application guidance
| Best fit | fine-particle, smooth high-strength gels where fast hydration and fine texture matter |
| Jelly and dessert systems | Use for water jelly, fruit jelly, pudding/flan, dairy dessert, and drinkable jelly. Select this grade by required gel strength, clarity, and texture. |
| Protein/mineral systems | Carrageenan performance depends on potassium/calcium salts, milk proteins, pH, sugar, and solids. Pilot the exact food matrix before scale-up. |
| Meat / plant-based systems | Useful for water binding, gel network support, and sliceable texture in sausage, ham, plant-based meat, and seafood analogues. |
| Typical finished-food use | Start around 0.1-1.0% in finished food, then adjust by gel target, ions, sugar/solids, and processing shear. Shop intake fields are set to 500-3000 mg/day for serving-design calculations. |
Mixing method
Premix the powder with sugar, maltodextrin, or another dry carrier before adding to water to reduce clumping. Add under strong agitation and heat until fully hydrated; many food systems hydrate effectively around 70-85°C, then set during cooling. For milk, meat, and high-mineral systems, add gradually and validate ionic strength because salts can accelerate gel formation.
Usage rate
Typical finished-food range: 0.1-1.0%. Low levels build suspension/body; higher levels create firmer gels. Use pilot batches to define the exact level because gel strength changes with potassium/calcium, pH, sugar, solids, heat history, and shear.
Product characteristics
Physical form: pale white to yellowish powder. Odor: mild seaweed/neutral hydrocolloid odor. Solubility: disperses and hydrates in hot water; forms gels or viscous systems depending on ions and formulation conditions.
Storage
Store tightly closed at room temperature, dry, and protected from humidity. Reseal immediately after opening. Shelf life: 18 months under suitable dry storage.
- pale white to yellowish powder
- Room (25-40C)
- 24 Months from manufacturing or testing date.
- 500mg - 3000mg
- 1000mg
- 500mg - 3000mg
- 1000mg
- Powder mixing for food/beverage (oil‑phase disperse or glycol premix)
- 0.00 - 0.00
- -
| Test Name | Specification |
|---|---|
| Color and luster | Pale white or yellowish to brownish yellow |
| Form | Powder or granule |
| Sulphate (SO4, w/%) | 15-40 |
| Viscosity (Pa.s, 1.5%, 75C) | 0.005 Min |
| Loss on drying (w/%, 105C, 4h) | 12.0 Max |
| Total ash (w/%, 550C, 4h) | 15-40 |
| Acid insoluble ash (w/%) | 1 Max |
| Acid insoluble matter (w/%) | 2 Max |
| pH (1%) | 8-11 |
| Lead (Pb) (mg/kg) | 5 Max |
| Arsenic (As) (mg/kg) | 3 Max |
| Cadmium (Cd) (mg/kg) | 2 Max |
| Mercury (Hg) (mg/kg) | 1 Max |
| Mesh Size (200 mesh) | 95% Pass Min |
| Gel Strength (1.5% + 0.2% KCl, 20C) (g/cm2, TA.XT) | 1450 Min |
| Total Plate Count (CFU/g) | 5000 Max |
| E. coli (MPN/g) | 3 Max |
| Salmonella (1g) | Negative in 1g |
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