Dry foods and premixes: compare flow, caking and segregation under representative storage.
Tricalcium Phosphate TCP
A calcium phosphate considered for dry-flow, buffering and mineral formulation requirements.
TCP: product profile
Tricalcium phosphate is a commercial calcium phosphate material whose composition and analytical basis require qualification. A calcium assay is not the same measurement as phosphate-equivalent content.
Also known as: TCP · Calcium phosphate tribasic · Tricalcium orthophosphate · Tribasic calcium phosphate
TCP is a calcium-phosphate direction for mineral and powder-system discussions. Its low water solubility makes particle characteristics and dispersion important when assessing a liquid food; in a powder, flow and blend distribution may be more relevant.
Prepare product inquiryWhere it may fit.
These are technical starting points, not finished-product performance or use authorizations.
Mineral formulations: evaluate dispersion, sediment and sensory effects in the complete food.
Calcium phosphate composition and powder behavior
Choosing the material
Commercial calcium-phosphate composition needs a clear analytical expression. Calcium, phosphate reported as P₂O₅ and an assay field should not be treated as interchangeable percentages.
Planning a useful comparison
For a powder, observe blending and segregation under the intended handling conditions. For a dispersed system, observe sediment, texture and appearance with the actual mixing and storage sequence.
Key parameters to confirm.
Compare composition, particle profile and application results together. In a liquid system, dispersion and sediment behavior need attention; a dry-flow result does not predict beverage stability.
These are procurement questions, not a supplied specification. Units below indicate reporting context, not acceptance limits. Compare the current grade, source, document revision and test method before agreeing values.
If columns extend beyond the frame, scroll the table horizontally.
| Parameter | What to request | Units or test context | Why it matters |
|---|---|---|---|
| Composition and assay | Declared analyte, method and reporting basis | Calcium or phosphate-equivalent basis | Do not compare unlike assay expressions. |
| Particle characteristics | Particle distribution and bulk behavior | Method-specific units | Relate flow and dispersion to the intended food. |
| Ignition and purity | Ignition method and impurity tests | Source-defined units and conditions | Match the complete specification rather than one headline value. |
TCP: what to ask next.
Does TCP dissolve like a soluble phosphate buffer?
TCP is poorly soluble in water. Evaluate dispersion and sediment in the actual food, and choose the material according to the required function.
What should accompany my inquiry?
Include the exact material and form, food application, destination market and target specification. Request current records for the proposed grade and source, and identify any methods your quality team requires.
Packaging, handling & ordering
Describe the physical form and receiving or blending equipment. Request the proposed particle specification and source-specific pack and storage information with the commercial offer.
Share your quantity and required delivery timing. Minimum order, sample terms, packing and the stated shelf life belong to the specific quotation and source records.
Identity reference points
These sources support technical identity checks. They do not establish a supplied grade, source approval or permission in every food or market.
Request documents for TCP.
Tell us the material form, intended use, destination market and document purpose. Request Current composition specification, particle information and representative COA. Records depend on the proposed grade and source; any certificate applies only within its stated entity, site and product scope.
Bring us your application brief.
Include the food category, target function, expected volume, destination market and documents you need.