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Ultratest IP 8 Ultrasonic Curing Profile System

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Fast, Non Destructive Setting and Hardening Data in Controlled Atmospheres

Ultrasonic curing profiling is a non‑destructive technique used to track how refractory and ceramic systems develop strength during setting and hardening. By monitoring changes in ultrasonic response as a material cures, it provides a sensitive, real‑time view of early‑age property development, helping you understand workability windows, optimise formulations, and improve process control.

Ultratest IP 8

 

The Ultratest IP‑8 ultrasonic curing profile system at Lucideon's Refractories Centre of Excellence, enables ultrasonic setting measurements in a controlled atmosphere for refractory and ceramic materials.

Overview

For monolithics and castable refractories, the early stages of curing can have a major influence on installation performance and final properties. Ultrasonic curing profiling provides a practical way to quantify setting time and hardening behaviour under repeatable conditions, supporting development, quality control, and troubleshooting where curing consistency is critical.

What ultrasonic curing profiling enables

This capability supports:

  • Measurement and comparison of setting time under controlled conditions
  • Monitoring of hardening time and early‑age development during curing
  • Evaluation of how formulation changes, additives, or processing conditions influence early‑age behaviour
  • Repeatable profiling to help establish consistent curing windows for production and installation

Why it matters

Early‑age behaviour is often where problems first appear, unexpected set, slow strength build‑up, or inconsistent cure between batches. Ultrasonic profiling helps you:

  • Reduce risk during installation by understanding the working time / set window
  • Improve consistency by identifying formulation or raw material changes that shift curing behaviour
  • Support method development and troubleshooting with objective, repeatable measurements
  • Strengthen QC by trending early‑age curing performance over time

 

 

Typical specimen format

The Ultratest IP‑8 system supports specimens typically in the range:
50–60 mm diameter, approximately 190 ml volume

Ultrasonic curing profile testing, at a glance

  • Technique: ultrasonic curing profiling (non‑destructive) in a controlled atmosphere
  • Equipment: Ultratest IP‑8
  • Measures: setting time and hardening time / early‑age curing behaviour
  • Key benefits: fast, repeatable, sensitive to early changes; supports development and QC
  • Applications: formulation optimisation, installation window assessment, batch consistency checks, troubleshooting curing issues

Part of our Refractories Centre of Excellence

This addition strengthens our ability to characterise early‑age behaviour and curing performance, supporting refractory development, quality assurance, and technical decision‑making with robust, repeatable data.

 

Speak to our team

To discuss sample preparation, test conditions, or how ultrasonic curing profiling can support your product development or QC programme, contact our refractories experts.

 

 

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