High Purity Tin Telluride SnTe Powder Cas 12040-02-7,99.99%

about Tin telluride SNTE

Tin Telluride (IV-VI) compound semiconductor material is made of IVA element Sn, VIA element T. The molecular formula of SNTE. It is an infringement bandwidth of 0.60 eV.

Tin Telluride can be described as a semiconductor substance. A sodium chloride structure and ionic crystals have a covalent bond component. Density 6.48g / cm3, melting 780 degrees Celsius. The material is made using an epitaxial and straight pull methods.

Tin Telluride is often alloyed with lead tiny lisuride to create the infrared detection material. Tin Telluride forms an external semiconductor, the p type (external semiconductor), due to the presence of tin in its air. This superconductor is low-temperature.

Tin Telluride can be found in all three phases of the crystal. Low temperatures result in a concentration of less than 1.5×10-20 cm-3 for the aperture carrier. Also known as the a-SNET, this is the diamond phase. The NaCl samples are labelled b-SNE. Tin TELLURIDE, which is found at room temperature and atmospheric press, can be detected in NaCl samples. The bSNTE is transformed to gSNTE. This phase change causes an increase in 11%, and the resistance of g–SNET to rises by 360%. Teti, a thermoelectric substance, is also known as Teti. Research suggests that the n-type performance might be very good. If you are interested in buying Tin telluride, SnTe powder wholesale, please send us an inquiry.

Tin telluride SnTe powder features :

Keep the mixture at room temperature and low pressure. Use caution around open flames, heat, and light. Use semiconductor-based water to dissolve.

Description of Tin telluride, SnTe powder:

You can order different products depending on your requirements.

How does Tin telluride snTe be produced?

1. The high-purity ruthenium and high-purity Tin should be weighed. After placing the ampoule into a furnace to warm (about 50°C / h to 435°C, heating 72 h), the ampule was turned off and allowed the temperature of the room to cool down.

2. The high-purity, pure tin, and the ruthenium as per the chemical measurements ratio are weighed. Seal the container under high vacuum (about 10-5 P). Place the ampoule into a cold oven, quickly heat (about 200 degrees C/h of 810 degree C), and let cool for about 15 hours.

3. As the electrolytic cells, use 1 L of the round-neck three-neck flask. The cathode measures 5 mm diameter by 7 cm in length and is 99.99% pure. The anode is a cylindrical high purity bottle. You should seal the glass and metal. This port allows you to connect and add the mechanical vacuum pump. The magnetic stirrer inside the bottle is used during electrolysis. An NH4AC–HAC buffer solution is used. To bring the pH up to 4.5, you can add 500 ml (1 mol /L) ammonia. To start electrolysis, you must place the flask of electrode in the vacuum. After 30 minutes, adjust the magnetic force and stir the mixture for 30 minutes. In the anode, SnTe is precipitated in Sn2 + solution.

4. You can also add the electrolyte to the anode. The metal salt solution (such a chloride) can be droppedwise and is used in 101.325 kPa pure Argon with Platinum.

The electrolyte’s precipitate is heated in an argon environment to encourage precipitation. You must not let crystallization be made in the air. After crystallization, remove it from air. The crystals can then be washed, centrifuged, dried at 120 degrees C, for 4 hours, and then dried with an argon flow.

Tin Telluride SnTe Dust:

Use high-purity inorganics in electronics for display, screen, and catalyst.

Packing & Shipping Tin telluride SnTe powder –

There are many options for packing, depending on Tin Telluride SnTe Powder quantity.

Tin telluride powder packaging: vacuum packaging, 100g to 500g or 1kg/bag for 25kg/barrel. Or as you request.

Tin Telluride and SnTe powder Shipping: Could be shipped by sea or air as soon after receipt of payment.