Copper Crucible

Product Overview
Copper crucibles are high thermal conductivity sample containers used primarily in thermal analysis processes. They are commonly used in applications such as DSC signal measurements and Oxidation Induction Time (OIT) testing. Copper crucibles provide stable thermal contact during experiments, ensuring high-precision measurement results. Their excellent heat conduction and stable shape make them widely applicable in various industrial and scientific research fields. Copper crucibles are commonly used in processes like coating, sintering, and melting, especially for refining and analyzing non-ferrous metals and precious metals.

Product Features

• High Thermal Conductivity:Copper offers exceptional heat conductivity, ensuring rapid and uniform heat distribution
• Shape Stability:The crucible maintains excellent shape stability, ideal for high-precision experiments
• Corrosion Resistance:Outstanding oxidation and corrosion resistance, extending product lifespan
• Refining Suitability:More suitable for refining processes compared to silicon carbide and graphite crucibles
• Perfect Thermal Contact:The flat structure ensures efficient heat transfer and accurate experimental results

Applications

• Laboratory Applications:Used in electron beam evaporation coating, optical coating, vacuum coating, and more
• High-Temperature Treatments:Serves as a container in sintering, melting, and other high-temperature experiments
• Metallurgical Industry:Used in the refining and experimental analysis of non-ferrous metals and precious metals
• Mold Industry:Used as ingot molds, particularly for experimental analysis and production of metals
• Photovoltaic and Rare Earth Industries:Plays a key role in the production of photovoltaic materials and rare earth metals