How does the DTS1001PT1 system ensure precise temperature acquisition?

The temperature sensor is positioned coplanar with the samples, ensuring accurate and direct temperature acquisition. Furthermore, the system undergoes factory calibration using standard barium titanate (BaTiO3) samples for reliable control.

What is the advantage of the sealed metal shielding?

The built-in sealed metal shielding heating system drastically minimizes AC interference, which ensures enhanced measurement accuracy during sensitive dielectric impedance spectroscopy tests.

How does the system protect delicate ceramic samples during high-temperature testing?

Each DTS1001PT1 unit undergoes strict factory calibration to apply a controlled maximum sample pressure of 0.25 N. This stationary fixture mechanism guarantees sample integrity and precise electrical contact without crushing the materials throughout the entire measurement process.

Does it support testing multiple samples simultaneously?

Yes, the newly evolved system features an upgraded electrode fixture measurement platform capable of testing both single and four bulk material samples, saving time for researchers.

DTS1001PT1 High-Temperature Dielectric Spectrometer | RT–800°C

Name: DTS1001PT1 High-Temperature Dielectric Spectrometer | RT–800°C | MatMeas
Brand: MatMeas
SKU: DTS-1001PT
Availability: InStock

MatMeas DTS1001PT1 High-Temperature Dielectric Testing System — 1

Overview

The MatMeas DTS1001PT1 High-Temperature Dielectric Testing System represents a meticulous refinement in dielectric impedance spectroscopy. It incorporates a sealed metal shielding heating system that minimizes AC interference for enhanced measurement accuracy. The vertically downward-oriented chamber with a stationary fixture mechanism, coupled with coplanar temperature sensors, ensures direct and accurate temperature acquisition. Equipped with high-purity platinum electrodes and compatible with Air, Flowing Gas, or Vacuum environments, the DTS1001PT1 meets the diverse needs of scientific materials research.

Specifications

Temperature Range	RT-800°C
Temperature Control Accuracy	±1°C
Heating Rate	0-10°C/min (3°C/min typical)
Heating Method	Resistance Wire Heating
Frequency Range	10Hz~10MHz
Measurement Environment	Air / Flowing Gas / Vacuum
Sample Size	Φ≤20mm, d≤5mm
Applied Sample Pressure	Max 0.25 N (Factory Calibrated)
Electrode Material	Platinum
Dimension	480x320x830mm (LxWxH)
Power Supply	220V/50Hz~60Hz, 1600W
Weight	46Kg
Warranty Period	1 Year

Applications

Ceramic & Dielectric Materials
Ferroelectric & Piezoelectric Research
Polymer Science
Material Impedance Spectroscopy

FAQ

How does the DTS1001PT1 system ensure precise temperature acquisition?
The temperature sensor is positioned coplanar with the samples, ensuring accurate and direct temperature acquisition. Furthermore, the system undergoes factory calibration using standard barium titanate (BaTiO3) samples for reliable control.
What is the advantage of the sealed metal shielding?
The built-in sealed metal shielding heating system drastically minimizes AC interference, which ensures enhanced measurement accuracy during sensitive dielectric impedance spectroscopy tests.
How does the system protect delicate ceramic samples during high-temperature testing?
Each DTS1001PT1 unit undergoes strict factory calibration to apply a controlled maximum sample pressure of 0.25 N. This stationary fixture mechanism guarantees sample integrity and precise electrical contact without crushing the materials throughout the entire measurement process.
Does it support testing multiple samples simultaneously?
Yes, the newly evolved system features an upgraded electrode fixture measurement platform capable of testing both single and four bulk material samples, saving time for researchers.