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DONGGUAN LONROY EQUIPMENT CO LTD
DONGGUAN LONROY EQUIPMENT CO LTD
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ISO 11359 Thermomechanical Analyzer Thermomechanical Testing Machine Thermal Mechanism Tester Thermal Test Instrument

ISO 11359 Thermomechanical Analyzer Thermomechanical Testing Machine Thermal Mechanism Tester Thermal Test Instrument

Brand Name LONROY
Place of Origin Guangdong, China
Minimum Order Quantity 1
Type Testing Machine
Accuracy Class High Accuracy
Accuracy ----
Application Auto Testing, Laboratory Testing, Lab Testing
customized support OEM, ODM, OBM
power ---
Protection Class Ip56
Voltage 220 V
warranty 1 Year
Instrument Weight Approx. 19 kg
Instrument Dimensions 460 mm * 310 mm * 550 mm
Heating Power 800 W
Power Supply AC 220 V, 50 Hz
Detailed Product Description

ISO 11359 Thermomechanical Analyzer Thermomechanical Testing Machine Thermal Mechanism Tester Thermal Test Instrument

Product Description

Instrument Overview

The LR-108 Thermomechanical Analyzer is an instrument that utilizes Thermomechanical Analysisto investigate the mechanical properties of various materials. It is capable of measuring the temperature-deformation curves of materials under conditions of constant heating rates, thereby enabling the determination of key parameters such as the coefficient of thermal expansion, glass transition temperature (Tg), and flow temperature (Tf). Furthermore, by incorporating auxiliary accessories, it can also be used to test properties such as the Vicat Softening Temperature (VST) of thermoplastic polymers.

In addition to measuring the coefficient of thermal expansion, the Thermomechanical Analyzer is capable of detecting glass transitions that are often undetectable by Differential Scanning Calorimetry (DSC)—specifically in materials where segmental motion is restricted, such as highly cross-linked polymers or highly filled polymer blends. Its measurement sensitivity is significantly higher than that of the DSC method. The instrument offers a selection of testing modes under various stress conditions—including compression, bending, tension, penetration, and expansion—making it applicable to a wide range of fields and sample types, such as coatings, fibers, films, bulk solids, soft or rigid polymers, and single-crystalline substances.

The LR-108 features enhanced functionality, including automatic lifting and lowering of the sample holder, as well as an automatic stop mechanism. This design optimizes the workflow by eliminating the need to manually adjust the load position for different testing methods; consequently, it enables the measurement of the coefficient of thermal expansion, Tg, Tf, and VST—all from a single, fixed load position. Both the connecting sleeve and the load components are fabricated from nickel alloy, resulting in a significant improvement in both testing efficiency and measurement accuracy.

 

Applicable Standards

GB/T 36800.1, GB/T 36800.2, GB/T 11998, ISO 11359-2, GB/T 1633

IISO 11359 Thermomechanical Analyzer Thermomechanical Testing Machine Thermal Mechanism Tester Thermal Test Instrument

Technical Specification

Test Chamber Temperature Range

Room temperature – 500°C

Temperature Accuracy

±0.5°C

Heating Rate

1°C – 10°C/min

Temperature Control Element

Pt100

Furnace Cavity Temperature Sensing Unit

Thermocouple

Temperature Resolution

0.1°C

Effective Displacement Measurement Range

0 – 2.5 mm

Displacement Measurement Accuracy

±0.001 mm

Deformation Measurement Displacement Sensor

RS232 serial port data output

Load for Glass Transition Temperature

512 g

Load for Coefficient of Thermal Expansion

≤ 4 kPa

Load for Vicat Softening Temperature

1000 g

Time Display Mode

Automatic calculation via internal clock

Time Error

±1 s/h

Heating Method

Resistance wire heating controlled by solid-state relay

Heating Voltage

AC 220 V, 50 Hz

Heating Power

800 W

Test Modes

Tensile, Flexural, Compressive, Penetration, Expansion

Tensile Test Maximum Clamping Thickness

< 3 mm

Flexural Indenter Radius

R3.0 ± 0.10 mm

Flexural Support Radius

R3.0 ± 0.10 mm

Flexural Support Span

15.0 mm

Compressive Indenter Area

12.56 mm²

Compressive Indenter Diameter

Φ4.0 ± 0.05 mm

Penetration Needle Tip Area

1.00 mm²

Penetration Needle Diameter

Φ1.13 ± 0.05 mm

Expansion Probe Area

47.75 mm²

Expansion Probe Diameter

Φ7.8 ± 0.05 mm

Specimen Holder

Automatic Lifting/Lowering

Total Power Consumption

1000 W

Power Supply

220 V ± 10%, 50 Hz

Instrument Dimensions

460 mm × 310 mm × 550 mm

Instrument Weight

Approx. 19 kg

 
 

Product Tags: ISO 11359 thermomechanical analyzer   TMA thermal mechanism tester   thermomechanical testing machine  
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