Technical Downloads
Application technical guides, product overview and material evaluation resources.
Application Technical Guides
Download 27 technical guides, including three purchasing and qualification checklists. The three new buyer guides are marked technical review pending. The product overview and four earlier material evaluation notes remain available below. Grade specifications, COAs and SDS are supplied upon request.
Material Selection and Formulation
HA and β-TCP: Choosing a Phase Balance
Design a calcium phosphate comparison that separates phase chemistry from particle size, porosity and processing history.
α-TCP Cement: Establishing a Baseline
Build a reproducible starting formulation before changing the cement liquid, filler or particle distribution.
TTCP Cement: Getting the Powder Ratio Right
Convert a chemical molar ratio into weighing quantities, and keep DCPA and DCPD formulations distinct.
Calcium Silicate Cement: Water and Hydration
Compare calcium silicate formulations on a consistent reactive-solids basis and track the development of the binder.
HA in PLA: Selecting a Filler Loading
Find a loading that survives compounding and printing, rather than choosing the highest nominal ceramic percentage.
45S5 in PCL: Mass Fraction and Interface
Translate a glass loading into occupied volume and design a comparison that exposes interface and processing effects.
Microspheres: Settling and Suspension Design
Use a first-order settling calculation to select the variables worth testing in a particulate suspension.
Porous CPC: Balancing Porogen and Binder
Account for the cement removed by a porogen before comparing pore formation and mechanical retention.
BCP Sintering: Preserve the Final Phase Ratio
Treat the cooling program as part of the phase-control process, rather than specifying only the peak temperature.
OCP: Track Conversion Without Mislabeling It
Preserve the identity of octacalcium phosphate during handling and distinguish phase conversion from material removal.
Mg and Sr: Define the Substitution Basis
Distinguish an ion-substituted calcium phosphate from a physical mixture containing a magnesium or strontium additive.
Glass Scaffold Coatings: Control Pickup and Pores
Develop a polymer coating that changes the scaffold surface without obscuring the architecture needed by the application.
Troubleshooting and Process Parameters
CPC Extrusion: High Force or Filter Pressing?
Use force, delivered mass and delivered composition to identify why a paste will not pass through its delivery system.
Setting Time: Diagnose Fast and Slow Batches
Separate a true change in cement reaction from changes in the mixing clock, temperature or test procedure.
Cement Strength Loss: Find the Missing Link
Trace a lower mechanical result through geometry, conditioning, porosity and reaction rather than immediately changing the formulation.
45S5 Immersion: Explain a pH Spike
Interpret early solution changes using glass dose, surface exposure and medium buffering rather than the glass name alone.
Particle Size: Why Two Reports Disagree
Resolve a D50 mismatch by checking distribution basis, dispersion and sampling before assuming the powder changed.
BET and D50: Read Surface Area Correctly
Use surface area alongside particle size to distinguish smooth particles from porous or aggregated structures.
Radiopacifiers: Separate Dilution and Chemistry
Evaluate an additive as a formulation variable, including its effect on binder development and the imaging method.
Immersion Tests: Close the Mass Balance
Explain why mass loss, solution ions and surface deposits can appear to tell different stories.
Testing and Quality
XRD: Quantify Phases and the Missing Fraction
Read a Rietveld phase percentage with its normalization basis, detection capability and possible amorphous content.
ICP-MS: Convert the Result Back to Powder
Translate solution concentration and quantification limits into a material result with the correct mass and dilution basis.
Batch Consistency: Beyond Passing COAs
Use variation and process position to distinguish a stable manufacturing window from a few individually passing lots.
A First DOE: Liquid Ratio and Filler Content
Use a small factorial experiment to find whether two formulation variables reinforce or oppose each other.
Purchasing and Qualification
Preparing an RFQ for HA βTCP and 45S5
A material-specific enquiry checklist for hydroxyapatite, beta-tricalcium phosphate and 45S5 buyers, with a clear specification and quotation request.
Matching a COA to Supporting Reports
Reconcile a hydroxyapatite, beta-TCP or 45S5 COA with supporting laboratory reports before a sample or lot acceptance decision.
Taking a Material Sample to a Pilot Trial
Plan a traceable HA, beta-TCP or 45S5 sample evaluation and decide what evidence is needed before a pilot material order.
Product Overview and Additional Reading
Product portfolio overview
27 products across seven families, material forms, packaging and enquiry information. No product specifications or batch results.
Updated 27 September 2026 / Version 1.0
How to Review Product Documents
A practical document route for preliminary OEM review without confusing sample records with batch-release documentation.
Updated 27 September 2026 / Version 1.0
Quality System Scope and Batch Consistency
Quality-system scope, batch consistency and documentation for material qualification.
Updated 27 September 2026 / Version 1.0
α-TCP for CPC Bone Cement – Reactivity, Workability, and Formulation Notes
Formulation questions to review when α-TCP is used in calcium phosphate cement development.
Updated 27 September 2026 / Version 1.0
45S5 Microspheres in Composite Research
Material-format and processing considerations for 45S5 microspheres in composite bone-repair research.
Updated 27 September 2026 / Version 1.0
Grade and Batch Documentation
Product specifications, COAs and SDS are not publicly downloadable. Send the material, grade, intended use and lot number if available; we will review the request and provide the applicable documents.