Tantalum reactors for applications in organic chemistry

Tantalum is the most corrosion-resistant metal in common use. It is inert to almost all organic and inorganic compounds. Its corrosion resistance is very similar to that of glass, as neither is suitable for use in hydrofluoric acids and strong hot bases. Tantalum is an ideal building material for a wide range of equipment and applications due to its corrosion resistance, thermal conductivity, and machinability. Tantalum reactors are praised as a very cost-effective way to resist corrosion and prevent leakage in the production line.

Here is the content list:

• Advantages and characteristics of tantalum reactor  

• Tantalum Reactor Designs

• Tantalum reactors for applications in organic chemistry

Advantages and characteristics of tantalum reactor  

Tantalum reactors should in any case consider corrosion, which is a factor and long-term benefit. Reducing downtime and increasing longevity and profitability are important. Tantalum reactors can solve many of the problems inherent in other construction materials. Tantalum reactors are fully welded designs and will not leak smaller materials like some reactors are manufactured from. Tantalum reactors have the following advantages: Firstly, tantalum reactors can eliminate downtime due to equipment failure. Secondly, tantalum reactors have excellent corrosion resistance. Thirdly, tantalum reactors can accommodate high steam pressures. Fourthly, Tantalum reactors can prevent the elimination of process leaks. Often, when a plant is designed, highly corrosive applications will be specified as corrosion-resistant materials of construction. Tantalum is often specified as a special material because of its superior ability to allow for increased process temperatures and pressures.  

Tantalum Reactor Designs

Tantalum reactors are used in chemical, petrochemical, steel, and pharmaceutical applications. The tantalum reactor is usually made of glass fiber, PTFE glass, and carbon steel or tantalum carbon steel. Tantalum can also be formed into bimetallic materials for construction, by explosive cladding in carbon steel. This is the ideal solution for very high-pressure tantalum reactors. Tantalum reactor designs and accessories include Solid walls, blast laminates, standard jackets, half pipe sleeves, baffles, outlet valves, drop tubes, spray places, etc.

Tantalum reactors for applications in organic chemistry

Capacitors are the most important use of tantalum reactors, and the amount of tantalum used at the end of the 70s accounted for more than 2/3 of the total amount of tantalum. Tantalum is also the material for making electronic emitter tubes and high-power electronic tube parts. Tantalum corrosion-resistant equipment is used in the chemical industry for the production of strong acids, bromine, ammonia, etc. Tantalum metal can be used as the structural material of the combustion chamber of aircraft engines. Tantalum material can be used in rocket, missile, jet engine, and control and adjustment equipment components as a heat resistant and high strength material. Tantalum is easy to process and shape and is used in high-temperature vacuum furnaces as support accessories, heat shields, heaters and heat sinks, etc.

Tantalum reactors are considered to be the best for applications that require corrosion resistance. We all know that tantalum is an active element and it has many properties. Nanjing Suntech Metal Equipment Co., Ltd. is a manufacturer, supplier, and exporter of Tantalum Reactor and is a well-known trader worldwide. The reactors are used in process equipment and other industrial applications. These reactors are highly appreciated for their performance, availability, reliability, and cost-effectiveness. Tantalum reactors are carefully designed, it is fully welded design and it does not leak as it is manufactured from first-class materials.