Structural Probe Module (Add‑on)

Illustration for the Hot Disk Structural Probe Module

Identify trends and defects inside the sample

The unique Structural Probe Measurement Module makes it possible to measure the thermal conductivity as a function of probing depth into a sample.

The method can be used for homogeneity testing, defect detection or analysis of inhomogeneous substances. For accurate measurements, the average specific heat capacity of the specimen to be tested is required.

The Structural Probe Measurement Module features both single- and double-sided sample testing.

Thermal Conductivity Range:

Instruments	Range
TPS 3500, TPS 2500 S	0.03 to 500 W/m/K

Works with the following Hot Disk® instruments

Updated

TPS 3500

TPS 2500 S

Other Measurement Modules

Illustration for the Hot Disk Isotropic Standard Module

Isotropic Module (Standard)

All-round testing of bulk thermal conductivity

Illustration for the Hot Disk Anisotropic Module

Updated

Anisotropic Module (Add‑on)

Testing direction dependent Thermal Conductivity, Thermal Diffusivity and Thermal Effusivity on samples with 2D or 3D anisotropy.

Illustration for the Hot Disk Slab Module

Slab Module (Add‑on)

Two-dimensional testing of sheet or slab samples

Illustration for the Hot Disk One-Dimensional Module

One-Dimensional Module (Add‑on)

Testing thermal properties of rod-like samples

Illustration for the Hot Disk Thin Film Module

Thin Film Module (Add‑on)

Testing through-film thermal conductivity

Illustration for the Hot Disk Specific Heat Capacity Module

Specific Heat Capacity Module (Add‑on)

Direct Cp testing of complex samples

Illustration for the Hot Disk Low-Density / Highly-Insulating Module

Low-Density / Highly-Insulating Module (Add‑on)

For measurements of the lightest and most insulating samples

Illustration for the Hot Disk Single-Sided Testing Module

Single-Sided Testing Module (Add‑on)

For rapid testing of limited sample volumes

Illustration for the Hot Disk Automatization Module

Automatisation Module (Add‑on)

Remote-control the equipment using TCP/IP