
Dicalcium Phosphate Anhydrous (DCPA)
DCPA powder for reactive calcium phosphate cement components, hydroxyapatite-forming systems and composites.
Dicalcium Phosphate Anhydrous is the CaHPO₄ phase used as a reactive component in hydroxyapatite-forming calcium phosphate cement systems and related composite studies.
Product information
Values shown on the page are for preliminary review. The applicable grade specification and batch-specific documentation govern the supplied material.
Typical development routes
- CPC component paired with TTCP
- Hydroxyapatite-forming precursor studies
- Composite scaffolds and granulate development
Material Selection Criteria
Confirm the paired reactive phase, stoichiometric approach, particle-size distribution and the analytical method used to verify phase and composition.
Evaluation & ordering
Practical information for material evaluation, samples and purchasing.
Typical evaluation contexts include cpc component paired with ttcp, hydroxyapatite-forming precursor studies, composite scaffolds and granulate development. Final suitability depends on the intended device, formulation, process and supporting evidence.
Confirm the paired reactive phase, stoichiometric approach, particle-size distribution and the analytical method used to verify phase and composition.
No. The page summarizes typical product information. The applicable grade specification and batch-specific COA govern the supplied material.
Send the product name, application, required quantity and target specifications. For customization, include particle size distribution, BET surface area or morphology targets where relevant, together with the measurement method. Sample arrangements and customization feasibility are confirmed for the selected product.
Tell us the material and grade, required pack size, quantity and delivery destination. Request the product specification, SDS and applicable batch COA; include the lot number if available. Price, lead time and document availability are confirmed in the quotation or our response.