Platinum Crucible Recycling
A platinum crucible is a laboratory appliance that is usually used for chemical experiments or melting metals and other substances at high temperatures. It is mainly made of platinum metal, because platinum has high temperature resistance, chemical inertness and other characteristics, suitable for working under extreme conditions. Platinum crucibles are often used in experiments that require reactions at high temperatures, such as chemical synthesis or analytical experiments at high temperatures. Platinum's high melting point (1768 degrees Celsius) and excellent corrosion resistance make platinum crucibles perform well in these applications. Platinum crucibles are usually conical or funnel-shaped containers with high temperature resistance and corrosion resistance. They can be used to heat substances, especially when high-temperature furnaces or open flames are required. Due to the high cost of platinum, platinum crucibles are generally used for experiments that require high purity and high temperature stability when high-temperature treatment of samples such as metals and ores.
- Parameter
- Related Questions and Answers
-
Name : Platinum Crucible
-
Use : High temperature synthesis or catalytic reaction, molten metal or alloy, mass analysis and micro experiment, etc.
-
Application Areas : Scientific research experiments, metallurgical industry, chemical industry, etc.
-
Appearance and properties : Threaded, flat bottom crucible
-
Settlement Method : On-site payment
-
Recycling Type :Platinum Recycling
-
Door-to-door recycling:worldwide
-
Customer service: Free content testing and door-to-door recycling
Platinum Carbon Recycling
Platinum carbon usually refers to a carbon catalyst supported by platinum, which is a material that fixes platinum particles on an active carbon support. Platinum is a precious metal with good catalytic activity, while carbon acts as a support material that helps enhance the catalyst's stability and surface area. In platinum-carbon catalysts, platinum is typically dispersed in the form of nanoparticles on the carbon support. This structure helps increase the specific surface area of platinum, improving the efficiency of catalytic reactions. Platinum-carbon catalysts are commonly used in electrochemical reactions of hydrogen and oxygen, especially in fuel cells. A fuel cell is a device that converts chemical energy into electrical energy, where platinum-carbon catalysts are widely used in hydrogen and oxygen reactions to generate water, thus producing electrical energy. Platinum-carbon catalysts are composite materials used to improve catalytic activity and stability, widely applied in the chemical industry and energy sector.
Search : Platinum Carbon RecyclingPlatinum Iridium Electrode Recycling
Platinum-iridium electrode is an electrode composed of two precious metals, platinum and iridium. This electrode is often used in some special applications because both platinum and iridium have some unique properties that make them more suitable under certain conditions. Platinum-iridium electrodes are often used in some environments that require high stability and corrosion resistance, especially in some electrochemical, chemical analysis and biomedical fields. This is because platinum and iridium are both inert metals and do not react chemically to many chemicals, so they can still maintain stability under extreme conditions. In the biomedical field, platinum-iridium electrodes are often used to record bioelectric signals, such as electrocardiograms (ECG) and electroencephalograms (EEG). In some electrochemical reactions, platinum-iridium electrodes are also used as catalysts to promote electrochemical reactions.
Search : Platinum Iridium Electrode RecyclingPlatinum Rhodium Leak Plate Recycling
Platinum-rhodium leak plate, also known as glass leak plate, is an alloy plate made of platinum and rhodium, usually used in glass fiber production. This leak plate has good high temperature resistance, corrosion resistance and temperature change resistance, so it can withstand the erosion and corrosion of high temperature glass liquid. Platinum-rhodium leak plate is an alloy material composed of platinum as the main material and a small amount of rhodium gold. The addition of rhodium to platinum is mainly to enhance the creep resistance during use, so as to enhance the service life and various performances of the leak plate. Platinum-rhodium leak plate plays an important role in glass fiber production, because its performance directly determines whether glass fiber production can meet the required requirements. In addition, platinum-rhodium leak plate is also used in other industrial fields, such as petroleum, chemical industry, electricity, automobile, etc.
Search : Platinum Rhodium Leak Plate RecyclingPlatinum Powder Recycling
Platinum powder is platinum metal processed into tiny particles or powder. Platinum is a precious metal with good chemical stability, electrical conductivity and catalytic properties. Platinum is usually made into powder form to increase its surface area, which is very important for some applications because a larger surface area can increase the contact area with other substances, thereby enhancing its performance. There are many methods for preparing platinum powder, including solvent reduction, co-precipitation, sol-gel and high-temperature reduction. Waste platinum powder is one of the sources of platinum waste recycling. The sources of platinum waste recycling include platinum wire recycling, platinum-iridium alloy recycling, platinum asbestos recycling, platinum carbon recycling, platinum salt recycling, platinum resin recycling, platinum water recycling, etc.
Search : Platinum Powder RecyclingProduct Details
A platinum crucible is a laboratory appliance that is usually used for chemical experiments or melting metals and other substances at high temperatures. It is mainly made of platinum metal, because platinum has high temperature resistance, chemical inertness and other characteristics, suitable for working under extreme conditions. Platinum crucibles are often used in experiments that require reactions at high temperatures, such as chemical synthesis or analytical experiments at high temperatures. Platinum's high melting point (1768 degrees Celsius) and excellent corrosion resistance make platinum crucibles perform well in these applications. Platinum crucibles are usually conical or funnel-shaped containers with high temperature resistance and corrosion resistance. They can be used to heat substances, especially when high-temperature furnaces or open flames are required. Due to the high cost of platinum, platinum crucibles are generally used for experiments that require high purity and high temperature stability when high-temperature treatment of samples such as metals and ores.
Common types of platinum crucibles:
1. Pure platinum crucible: Pure platinum crucible is a basic platinum crucible made of pure platinum with excellent high temperature resistance and corrosion resistance. It is mainly used in various high-temperature experiments and can stably withstand chemical reactions or metal melting operations in high temperature environments. Pure platinum crucibles are widely used in laboratories due to the high melting point and chemical stability of platinum.
2. Platinum-iridium crucible: Platinum-iridium crucibles are made of an alloy of platinum and iridium, which has a higher melting point and excellent mechanical properties. Compared with pure platinum crucibles, platinum-iridium crucibles perform better under some special experimental conditions, especially in high temperature and corrosion-resistant environments. They can provide longer service life. This crucible is often selected for experiments that handle high temperature and corrosive substances to ensure the repeatability of the experiment and the accuracy of the results.
3. Nickel-coated platinum crucible: Nickel-coated platinum crucible is a variant of platinum crucible with a layer of nickel on the surface. This design is designed to reduce costs while still retaining the high temperature performance and chemical stability of platinum crucibles. The addition of nickel can provide additional corrosion resistance under some experimental conditions, but it should be noted that it may be corroded by the nickel layer in some special environments. This crucible is often selected for cost-sensitive laboratory applications, while considering experimental requirements and material compatibility.
4. Threaded platinum crucible: The threaded platinum crucible has a special design with threads on the bottom, making it easier to connect other equipment, such as heating devices. This design provides better temperature control and makes it more convenient to operate in experiments. Threaded platinum crucibles are often used in experiments that require chemical reactions or metal melting in a high temperature environment. Its flexible connectivity makes it a common choice in laboratories, especially when it needs to work with other equipment.
5. Flat-bottomed platinum crucible: The flat-bottomed platinum crucible is a specially designed platinum crucible with a flat bottom shape to provide better support for experimental samples. This design is particularly useful in liquid state experiments to ensure the stability and uniform heating of the experimental substances.
6. Micro platinum crucible: The micro platinum crucible is a smaller and lighter platinum crucible designed for micro experiments. The tiny volume and mass of this crucible allow precise testing of small amounts of samples, and it is often used in analytical chemistry and other experiments that require high sensitivity.
Waste platinum crucibles are one of the sources of platinum waste recycling. The sources of platinum waste recycling include platinum salt recycling, platinum iridium alloy recycling, platinum ash recycling, platinum crucible recycling, platinum wire recycling, platinum slag recycling, platinum resin recycling, etc. If you have platinum waste recycling needs, please call our 24-hour service hotline. Dingfeng Precious Metal Recycling and Refining Factory has an independent recycling and refining factory without middlemen to make a profit from the price difference. There is no middleman to make a profit from the price difference. There is a professional technical team and customer service staff one-to-one service, and the privacy of customers is guaranteed during the recycling process.