99.99% Pure Platinum Wire Electrode for Electrophoresis/Chemical Use - Platinum Wire for Lab Use(0.1mmx50cm)

Platinum gold wire, platinum wire white gold wire, purity: 99.99%. Flame reaction, electrophoretic cell electricityThe use of polar wire replacement is excellent, with no impurities interfering with the flame. In addition, it is used for ammonia catalytic oxygen.In the experiment of nitric acid production, the mixture of ammonia and Gas can react with platinum hot wire.1. overview of materialsThe atomic number of platinum is 78, which is a noble metal. Platinum's pure metal is silver white. The chemical properties of platinum are very stable, insoluble in strong acid and strong alkali, and do not oxidize in Gas. Platinum has good ductility and can be drawn into very thin platinum wire and rolled into very thin platinum foil.2. material propertiesAtomic number: 78Atomic weight: 195.08Melting point: 1768.3 degree CBoiling point: 3825 degrees CDensity:21.45 g/cm3Crystal structure: face centered cubicYoung modulus: 168 GPaShear modulus: 61GPaMohs hardness:3.5Linear thermal expansion coefficient:8.8 Li 0 8m/ (M. K)Thermal conductivity: 71.6 W/ (M. K)Resistivity: 105 n ohm. M3. application of materials1. of synthetic ammonia to nitric acid2. Platinum powder can be used as a catalyst in the manufacture of jewelry, wires, laboratory containers, thermocouples, erosion-resistant equipment, dental materials, etc.3. electrical instruments, chemical industry and precision alloy manufacturing.4. used to make precision alloys.5. used as catalyst, oxidant and gas absorbent.6. for chemical, pharmaceutical, cement, scientific research institutions, laboratories, high temperature test housing​. It is used for more than 1400 degree experiments. It has high temperature resistance and long service life.4. typical impurity elements

• : Made from 99.99% pure platinum, ensuring no impurities interfere with your experiments and applications.
• Versatile Applications: Ideal for use in electrophoresis cells, ammonia catalytic processes, and nitric acid production experiments.
• Exceptional Stability: Platinum's chemical properties are stable, making it resistant to strong acids and alkalis, and it does not oxidize in Gas.
• High Temperature Resistance: Suitable for high-temperature experiments exceeding 1400°C, with a long service life and excellent durability.
• Precision Manufacturing: Perfect for creating precision alloys, electrical instruments, and as a catalyst in various chemical and pharmaceutical applications.