Crystal Tester Tool Thermal Conductivity Meter Drill Pen Hardness Identification Instrument Detection Diamond Authentic Jade

Description

51504
Measurement&Analysis Instruments TOP8
 

Crystal Tester Tool Thermal Conductivity Meter Drill Pen Hardness Identification Instrument Detection Diamond Authentic Jade Features:

1.High accuracy: The indicator light can be adjusted according to the temperature of the environment and the weight of the product being identified, which will make the measurement result more accurate.
2.The thermal conductivity meter is an electronic instrument designed and manufactured according to the thermal conductivity of diamonds to identify the true and false of diamonds.
3.This instrument is a precision electronic instrument, the use environment is 5-35 degrees Celsius, and the air relative humidity is 80.
4.Easy to use, turn on the power switch, the power indicator light is on, the instrument starts to warm up, and after a few seconds, the standby light is on and the instrument can be used.
5.Portable electronic devices, used to distinguish between real diamonds and other simulated gems, go shopping with it, and no longer have to buy counterfeit diamonds.

Descriptions:
1.The gemstones must be clean, dry and at room temperature.
2.Pocket portable handheld thermal conductivity instrument.
3.Non-destructive testing, simple and accurate operation.

Specifications:
Product Name: Thermal Conductivity Instrument
Product Type: Identification and Detection Chip
Material: Engineering Material
Probe Material: Alloy
Color: Black
Power: DC9V Battery
Identifying Principle: By Probe Heating Chip Detection
Size: 160x40x23mm/6.24×1.56×0.86in
Weight: 130g/4.55oz

Package Informations:
Package Size: 160x40x23mm/6.24×1.56×0.86in
Package Weight: 130g/4.55oz
General Box Package

Package Included:
1 x Thermal Conductivity Instrument

Notes:
1.When the temperature is lower than 10 degrees or higher than 35 degrees, it can not be accurately measured.
2.Detection is more accurate in windless and dustless environments.
3.Ensure that the surface temperature of the tested object is consistent with the indoor temperature.
4.The surface of the object to be tested should be clean. Oil stain. Waxing. Impact detection of semi-finished products
5.Use glass to calibrate before each test and test after each test.
6.Surface neatness ensures that the probe is in full contact with the detected object at 90 degrees perpendicularity
7.The hardness is 5.5 or 6 if it appears to jump between, for example, 5-6 after testing.