High Accuracy Jeweler Tool: Expert Gemstone Selector and Diamond Tester with Drill Pen, Thermal Conductivity Meter, Hardness Discriminator – An Essential Tool for Jewelers

$12.99

In stock

Thermal Conductivity Meter Drill Pen Diamond Tester Hardness Discriminator Selector Gemstone Jeweler Tool Expert Jeweler Tool High Accuracy
High Accuracy Jeweler Tool: Expert Gemstone Selector and Diamond Tester with Drill Pen, Thermal Conductivity Meter, Hardness Discriminator - An Essential Tool for Jewelers $12.99

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Perks:
Immerse yourself⁤ in the world of gemstones with⁤ this technologically advanced thermal conductivity meter. This electronic gadget‌ is specially engineered to test the thermal conductivity of diamonds and⁤ ascertain their genuineness. Given its precise nature, it requires an operating temperature ranging from 5-35 degrees ⁤Celsius and relative humidity below 80% for optimal ‍functionality. ​It’s imperative that the gemstone for inspection is​ clean, free​ of any moisture, and in normal room temperature. Designed for convenience, this pocket-sized gadget is perfect for carrying around while conducting non-destructive tests.‌ Easy to ⁤operate and⁣ highly accurate, it’s⁣ a must-have tool for all diamond enthusiasts!

Technicalities:
‍ This meter ​runs on a DC9V battery (not supplied with the product) and uses an alloy probe for testing. Compact ‌in size (1604022mm) and weighing only around 130g, it’s both lightweight and portable. The package contains one Diamond Tester.

Attention:
To ensure an ​accurate reading, refrain from using the product when the temperature is below 10° or above 35°. A‍ calm and dustless environment enhances the detection accuracy. Make sure that the object’s surface temperature and the​ indoor temperature are consistent for ​reliable⁤ results. The surface of the tested ‌object⁢ should be ​clean, without any oily or waxed coatings. Semi-finished products may influence detection outcomes. For precise measurements, calibrate it‌ using glass before⁢ each test. It’s crucial that the probe of the meter makes a complete⁣ 90° vertical contact with the ‌object to be tested.​ If the test result‌ teeters between 5-6,‌ interpret it as hardness between 5.5 or 6.

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