Electronic industry industrial gas supply and equipment
Helping enterprises take off
We strive to improve the quality of our electronic materials to help you build better products. We serve the semiconductor, flat panel display, light emitting diode, and solar / photovoltaic markets, providing you with the materials you need to keep the world connected. From the highest purity industrial gases to the highest quality sputtering targets and liquid precursors, Praxair will work with you to identify development opportunities and enable development. Because Praxair's measure of success is how successful you are.
Electronics industry gas
Commonly used for cooling and purging procedures, nitrogen is indispensable in the production of electronic and semiconductor products.
With high stability and extremely low reactivity, argon is a key gas in the production of solar energy and semiconductor wafers.
Many electronics manufacturers use hydrogen, which can be used as a carrier gas for thin film deposition and as a reducing agent in furnace processing.
Helium plays an important role in the flat panel display market, can be used as a coolant, and is an important part of the controlled environment required for semiconductor device manufacturing.
Silane is an important raw material for the deposition of amorphous and polycrystalline thin films in the semiconductor, display, and solar markets.
In the development of nitrogen-based films and epitaxial crystals, ammonia is the most common nitrogen precursor. Its ultra-high purity characteristics are critical for the application of epitaxial crystals in the light-emitting diode industry.
High-purity carbon dioxide facilitates the removal of ultra-small particles in cleaning applications and prevents the breakdown of photoresist during the drying of critical semiconductor layers.
Dichlorosilane can increase the growth of crystalline silicon films at low temperatures, with a higher growth rate than silanes in the semiconductor and solar industries.
Trichlorosilane can increase the growth of crystalline silicon films at low temperatures, a higher growth rate than silanes in the semiconductor and solar industries.
Phosphine can be used as an n-type doped ion implantation source in semiconductor and solar manufacturing, and an n-type doped CVD source in semiconductor and display manufacturing.
Rhenium can be used as an n-type doped ion implantation source in semiconductor manufacturing, and as a raw material for epitaxial growth of crystal cells in semiconductors and solar cells.
Industrial products for the electronics industry
Through a lot of continuous research and development, we have produced a complete set of high-quality sputtering targets for the electronics and semiconductor industries.
From purification systems to gas cabinets, Praxair provides you with a complete set of gas delivery equipment and industrial products to help you store and handle hazardous materials more efficiently and safely.
UpTime® Subatmospheric Gas Delivery System
Globally recognized as a leading solution for safe and effective transport of toxic substances, the electronics and semiconductor industries use the UpTime® system for ion implantation and plasma doping procedures.
Electronics Industry Industrial Services
Electronic logistics services
As the largest distributor of maintenance and repair spare parts for the semiconductor and solar industry, Praxair Industrial Electronics Logistics can meet all your needs from inventory management to on-time delivery.