From recipe to risk report.

Ceramic Stability is a technical validation layer for fired ceramic systems. It screens risk, exposes uncertainty, proposes revisions, and outputs practical test plans and report artifacts.

See MVP Scope View API Surface Read Docs View Pricing

Core Loop

Predictive workflow, tied to kiln reality

Predict Fire Observe Test Revise Compare Document

Product Modules

Validation and decision support, not social recipe browsing

Glaze Stability Report

Recipe to UMF, risk flags, missing-data warnings, revision suggestions, and report export.

Liner Glaze Risk Check

Food-contact screening language without overclaiming certification.

Substitution Drift Calculator

Oxide deltas, flux and alkali drift, thermal fit shifts, and likely surface changes.

FitLab

Thermal fit workflows for crazing, shivering, and body-glaze compatibility.

Defect Diagnosis

Symptom-driven analysis for crawling, pinholing, devitrification, and related failures.

Stability API

Programmatic recipe analysis, normalization, thermal fit checks, and report generation.

Example API Endpoints

Initial JSON-first surface

POST /v1/recipes/analyze
POST /v1/recipes/umf
POST /v1/recipes/stability-check
POST /v1/recipes/substitute
POST /v1/materials/normalize
POST /v1/glazes/thermal-fit
POST /v1/reports/pdf

Roadmap

Ship confidence and evidence before complexity

Stability Report MVP

Recipe input and material matching
UMF and oxide calculations
Risk flags and missing-data warnings
Revision suggestions and test-plan output
PDF and JSON report export

Compare and Studio Mode

Recipe comparison and substitution drift
Studio approval workflow
Defect logging with photos
Line-blend planning tools

Evidence and API Scale

Custom material definitions
Lab and dilatometer evidence entry
Batch processing and organization accounts
Confidence upgrades from measured data