Refractory tester - rul, CIC, hMOR, PCE, TCT

Determine the rul (refractoriness under load), creep in compression (CIC), hot modulus of fracture (hMOR), melting temperature (PCE), and thermal conductivity at different temperatures of refractory samples.

There are a series of special stress testing methods for refractory ceramics with extremely complex components. Load fire resistance (rul) and compression creep (CIC) tests can be used to characterize the deformation resistance of the specimen under the set load and temperature procedures.

The breaking modulus at high temperature (hMOR) was tested with a thermal breaking modulus tester.

Using the equivalent cone melting (PCE) method, the melting temperature of heterogeneous ceramics can be obtained indirectly by comparing with sigger's temperature indicating cone melting.

The thermal conductivity of refractories from normal temperature to high temperature can be measured by using the hot wire thermal conductivity meter (TCT).

The instrument supports three standard test methods: cross method, parallel line method and t (R) method.