Platinum rhodium crucible

Platinum-rhodium crucible, platinum-germanium> 99.95%, with characteristics of corrosion resistance, oxidation resistance, and long service life. Commonly used in the production of high-temperature artificial crystals and for high-temperature material analysis in laboratories, it is also widely used in other laboratories, the chemical industry, the steel industry, the petrochemical industry, the pharmaceutical and chemical industry, etc.                                                                

Product advantages:
1. Excellent high-temperature mechanical properties, reduced creep deformation resistance
Platinum-rhodium alloy has high-temperature strength and creep resistance at high temperatures, and is not easily deformed by repeated temperature rise and fall. It can be used in high-temperature environments for a long time to maintain the stability of the crucible structure.
2. Strong chemical inertness ensures material purity
Resistant to strong acids and alkalis, resistant to oxidation, not easily reacting with samples at high temperatures, and hardly introducing impurities, ensuring the purity of melted and sintered materials and accurate experimental results.
3. Uniform thermal conductivity and good processing performance
Excellent thermal conductivity and uniform temperature field inside the crucible; Good molding process, uniform wall thickness, customizable specifications and sizes according to needs, suitable for melting, thermal analysis, crystal growth, and other working conditions.                

Main selling points:
1. High temperature and creep resistance, not easily deformed during cyclic use. Platinum-rhodium alloy has high-temperature strength and can withstand multiple heating and cooling cycles. The crucible is not easily bulged or deformed and has a long service life, reducing replacement costs.
2. The chemical properties are stable and do not contaminate the sample. High-temperature oxidation resistance, acid and alkali resistance, and almost no impurities are precipitated during the melting and sintering process, effectively ensuring sample purity and reliable experimental data.
3. Uniform wall thickness and good thermal conductivity, supporting customized specifications
Uniform heating to reduce local overheating; Customizable with different volumes and wall thicknesses, suitable for various experimental conditions such as melting, sintering, and crystal growth.