Overview
| brand | Xiang family | Does it support processing customization | |
| Imported or not | no | Installation method | |
| Standard configuration | Surface diameter | ||
| material quality | Sampling flow range | ||
| Operation mode | Connect to computer for automatic testing and data processing | Measurement object | Liquid colloidal powder and loose solid materials |
| measuring range | Measurement time | ||
| Measurement repeatability | 1% | Test scope | 0.0100~5.0 W/(m · K) |
| size | 430 * 430 * 165mm | source | 220V, 50HZ |
| resolving power | Graduation | ||
| Graduation value | 0.0001w/m * k | Analysis time | |
| working voltage | working temperature | ||
| Nominal diameter | specifications | ||
| ambient temperature | Testing items | ||
| structural style | Resolution | ||
| accuracy | <± 3.0% | Precision | |
| accuracy | Net weight | ||
| Distance coefficient | type | Transient probe method | |
| Continuous working hours | Connection type | ||
| Filter specifications | variety | ||
| Humidity measurement error | Indication error | ||
| Applicable objects | Applicable scope | ||
| output signal | Probe type | Probe type | |
| Temperature compensation range | Temperature measurement error | ||
| Display method | Computer display | response time | |
| model | colour | ||
| Tolerance level | type | ||
| weight | 15KG | Number of boxes packed | |
| Accuracy | UV wavelength | ||
| UV power | purpose | Detecting the thermal conductivity of liquid colloidal powder | |
| Processing customization | no | ||
Product Details
Xiangke DRE-2B Liquid Powder Colloid Thermal Conductivity Tester, Transient Probe Method
Xiangtan Xiangke DRE-2B Thermal Conductivity Tester (Transient Probe Method, Small Probe)
The DRE-2B thermal conductivity tester adopts the transient probe method and is suitable for measuring the thermal conductivity of materials such as highly viscous fluids, colloids, particles, powders, etc. This instrument combines the hot wire method with the probe method, greatly improving the portability of operation while ensuring measurement accuracy. Users only need to insert the detector into the tested sample and obtain the thermal conductivity of the tested sample through simple software click operations. It is particularly suitable for testing soft materials, finished products of different shapes, and field exploration.
Main features:
1. Convenient operation, fast testing speed, and accurate measurement,
2. Especially suitable for on-site measurement,
3. There are no special shape requirements for the sample,
4. Test automation software, easy to operate,
5. Equipped with a sample temperature controller, it can test the thermal conductivity of samples at different temperatures.
Main technical indicators:
1. Measurement range: 0.0100~5.0 W/(m · K)
2. Pressure resistance range: Conventional testing is at normal pressure, (high-voltage devices can be selected according to user experimental requirements to perform testing at high pressures such as 0-10Mpa and 0-15Mpa, with additional costs);
3. Temperature range: Conventional detection is at room temperature, (temperature control systems can be selected according to user experimental requirements, such as -20-100 ℃, 0-100 ℃, room temperature -120 ℃, etc., with additional cost),
4. Accuracy:<± 3.0%,
5. Sample shape: Loose substances such as liquids, colloids, and loose solids.
6. Sample dosage: The length should not be less than 10cm, and the diameter should not be less than 3cm (dosage depends on the size of the probe equipped)
7. Measurement time: 5 minutes,
8. Instrument reference standard: ASTM D5334-2014 Test method for determining the thermal conductivity of soil and soft rock using the thermal probe method.
9. Power supply: voltage 220V; Frequency 50Hz; Power<500W,
10. Communication interface: USB interface.
Instrument configuration: including 1 DRE-2B testing host, 1 testing probe, 1 set of testing software, 1 set of communication interface and data cable, and 1 desktop computer (configured according to the contract).
Split or integrated optional:
