HDT/VICAT Testing Machine – Thermal Analysis for Plastics NG-HDT
Metal Testing Equipment
Standards
ISO 2507, ISO 75, ISO 306, ASTM D648, ASTM D1525, GB/T 8802, GB/T 1633, GB/T 1634
Description
The HDT/VICAT testing machine offers high precision, reliability, and efficiency for the thermal analysis of thermoplastics and polymers. Engineered with advanced sensors and high-temperature-resistant components, it ensures minimal deformation, fast response, and precise data transmission, delivering consistent and accurate test results. When integrated with a chiller system, testing capacity doubles, significantly enhancing productivity.
The test station, made from a low-expansion coefficient alloy, maintains measurement accuracy up to 200°C without recalibration, complying with international standards. Widely used for HDT and Vicat softening temperature testing, this HDT/VICAT machine is essential for plastic and pipe manufacturers, quality control laboratories, construction engineering, and research institutions. Designed for product development, material testing, and regulatory compliance, it is a crucial tool for manufacturers, quality assurance teams, and research professionals seeking precise and efficient thermal analysis solutions.
HDT/Vicat Testing Machine Features
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Simultaneous HDT and VICAT Testing – Conduct both tests at the same time, improving efficiency and throughput.
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High-Stability Test Station – Minimal deformation under heat, with deflection temperature accuracy up to 200°C without recalibration.
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Automatic Loading & Lifting – Eliminates manual weight handling for easier and more efficient operation.
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Compact & Cost-Effective Design – Tank volume is reduced by over 50%, significantly lowering operational costs compared to traditional designs.
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Precision Displacement Measurement – Swiss-made high-precision micrometer ensures exceptional accuracy and stability.
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Multi-Station Capability – Supports up to six test stations, with up to six deformation transducers and one temperature transducer for precise monitoring.
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Motor-Driven Test Stations – Easily raise stations from the bath at the touch of a button, simplifying specimen placement.
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Fully Automated Testing Process – Once the software is started, the test runs automatically according to user-defined parameters.
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Automatic Bath Cooling – After test completion, the system cools the bath to 280°C, improving equipment utilization for continuous testing.
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User-Friendly Software – Professional testing software with an intuitive interface for easy operation and data management.
Optimized Cooling System for Maximum Efficiency
Equipping the HDT/VICAT testing machine with a chiller system significantly enhances cooling performance, reducing downtime and increasing operational efficiency. Compared to traditional cooling methods, this advanced system offers several key advantages:
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High Initial Cooling Temperature – The system supports an initial cooling temperature of up to 280°C, ensuring rapid heat dissipation.
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Fast Cooling Speed – When used with a chiller, cooling time is reduced to just 45 minutes, dramatically improving equipment utilization and workflow efficiency.
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Optimized Temperature Control – The chiller lowers the oil temperature to below 25°C, minimizing test errors and ensuring compliance with ISO and ASTM standards for initial heating temperatures.
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Water-Saving Design – The water chiller recycles water, significantly reducing water consumption while maintaining effective cooling.
Test Station
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Flexible Test Configurations – Available with 3, 4, or 6 test stations to accommodate different testing needs.
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Precision Loading System – Includes 10N and 50N dead weights for accurate load application.
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Ultra-Accurate Deformation Measurement – Swiss-made high-precision micrometer with 0.001mm resolution and ±0.005mm accuracy ensures precise specimen deformation analysis.
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High-Accuracy Temperature Control – Japan-made RKC temperature controller with ±0.5°C accuracy guarantees consistent thermal conditions.
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Invar Steel Test Station Assembly – Constructed from low-expansion Invar Steel, minimizing deformation at high temperatures for exceptional test stability and accuracy.
Technical Specifications
| Model | NG-HDT300 | NG-HDT400 | NG-HDT600 |
| Type | A | B | C |
| Test station | 3 | 4 | 6 |
| Immersion bath | 1 | 1 | 1 |
| Heat transfer medium |
Methyl Silicon oil,22 liter Viscosity: 300 cSt, or 300 mm2/s Silicon oil brand: DON CORNING PMX-200 350 cSt, KF96-300 Or transformer oil, 10#, 22 liter |
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| Temperature sensor | 3 | 4 | 6 |
| Temperature range |
Ambient (20℃)-300℃ |
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| Temperature accuracy |
±0.5℃ |
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| Heating Speed | Speed A:
5±0.5℃/6min Speed B: 12±1℃/6min |
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| Micrometer | 3 | 4 | 6 |
| Deformation measurement range | 0-10mm | ||
| Deformation resolution | 0.001mm | ||
| Deformation measurement accuracy | 0.003mm | ||
| Vicat loading capacity |
GA=10N±0.2N, GB=50N±1N |
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| Deformation measurement range | 0-10mm | ||
| HDT Test |
Method A: USE FIBRE STRESS 1.80Mpa Method B: USE FIBRE STRESS 0.45Mpa Method C: USE FIBRE STRESS 8.00Mpa |
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| HDT Test Span |
Outer span: 100mm, ASTM D648 Inner span: 64mm, ISO 75 |
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| Maximum heating power | 5000W | ||
| Power requirements |
220V 50/60Hz 3 Phase |
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| Dimensions | 32" x 24.5" x 28.5" | ||
| Weight | 253 lbs | 253 lbs | 617 lbs |
| Cooling |
Nature cooling or water cooling (less than 150℃) |
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Standard Accessories
| Model | NG-HDT300 | NG-HDT400 | NG-HDT600 |
| Type | A | B | C |
| Main Frame | 1 set | 1 set | 1 set |
| Test Stations | 3 | 4 | 6 |
| Swiss-made Micrometers | 3 sets | 4 sets | 6 sets |
| Platinum resistance temperature sensors | 3 sets | 4 sets | 6 sets |
| Temperature controllers | 3 sets | 4 sets | 6 sets |
| Loading nose for HDT | 3 sets | 4 sets | 6 sets |
| Needle for VICAT | 3 sets | 4 sets | 6 sets |
| Weight set (10N, 50N) | 3 sets | 4 sets | 6 sets |
| Test software | 1 set | 1 set | 1 set |
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