Refractron Technologies Corp.
Newark, NY 14513
Refractron Porous Ceramic Diffusers Efficient and Inert
Diffusers made of Refractron aluminum oxide porous ceramic achieve high diffusion and sparging efficiencies, and then stand up to chemicals and gasses that destroy most non-ceramic materials. Refractron ceramic diffusers are made by fusing aluminum oxide grains using a porcelain bond for a strong, uniformly porous and homogeneous structure that create the finest bubbles. Refractron diffuser...
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Refractron Porous Ceramic Diffusers Efficient and Inert
Diffusers made of Refractron aluminum oxide porous ceramic achieve high diffusion and sparging efficiencies, and then stand up to chemicals and gasses that destroy most non-ceramic materials. Refractron ceramic diffusers are made by fusing aluminum oxide grains using a porcelain bond for a strong, uniformly porous and homogeneous structure that create the finest bubbles. Refractron diffuser...
Read More »Refractron Porous Ceramic Plates & Discs for Fluid Bed Applications
As fluid bed and pneumatic conveying applications increase, system manufacturers are depending on Refractron Technologies for a uniform porous medium. Refractron supplies discs from two to 20-inches in diameter or plates up to 12 inches square. The company can also design and manufacture custom shapes and sizes for specific applications. Both fluid bed and pneumatic conveying technology depend on...
Read More »Refractron Porous Ceramic Plates & Discs for Fluid Bed Applications
As fluid bed and pneumatic conveying applications increase, system manufacturers are depending on Refractron Technologies for a uniform porous medium. Refractron supplies discs from two to 20-inches in diameter or plates up to 12 inches square. The company can also design and manufacture custom shapes and sizes for specific applications. Both fluid bed and pneumatic conveying technology depend on...
Read More »Powders offer stability and chemical purity.
Magnesia Partially Stabilized Zirconia (Mg-PSZ) powders offer high chemical purity and stability. Powders are available in 2 particle sizes that are calcined or standard milled, and other levels of stabilizer or custom milled particle sizing can be made available for R&D purposes. Products are suited for use in tooling, punches, dies, bushings, structural components, and as specialty grinding...
Read More »Powders offer stability and chemical purity.
Magnesia Partially Stabilized Zirconia (Mg-PSZ) powders offer high chemical purity and stability. Powders are available in 2 particle sizes that are calcined or standard milled, and other levels of stabilizer or custom milled particle sizing can be made available for R&D purposes. Products are suited for use in tooling, punches, dies, bushings, structural components, and as specialty grinding...
Read More »
Powders and Ingots suit EB/PVD applications.
Composition of ultra-pure, alloyed zirconium oxide powders can be varied to meet customer's requirements. Powder processing technology ensures that ingots have ultra-pure raw materials, precise chemistry, controlled porosity, and chemical homogeneity. Phase content, particle size, particle size distribution, surface area, and grain density are carefully controlled. Coatings are used in aerospace,...
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Powders and Ingots suit EB/PVD applications.
Composition of ultra-pure, alloyed zirconium oxide powders can be varied to meet customer's requirements. Powder processing technology ensures that ingots have ultra-pure raw materials, precise chemistry, controlled porosity, and chemical homogeneity. Phase content, particle size, particle size distribution, surface area, and grain density are carefully controlled. Coatings are used in aerospace,...
Read More »
Refractron Porous Ceramic Diffusers Efficient and Inert
Diffusers made of Refractron aluminum oxide porous ceramic achieve high diffusion and sparging efficiencies, and then stand up to chemicals and gasses that destroy most non-ceramic materials. Refractron ceramic diffusers are made by fusing aluminum oxide grains using a porcelain bond for a strong, uniformly porous and homogeneous structure that create the finest bubbles. Refractron diffuser...
Read More »
Refractron Porous Ceramic Diffusers Efficient and Inert
Diffusers made of Refractron aluminum oxide porous ceramic achieve high diffusion and sparging efficiencies, and then stand up to chemicals and gasses that destroy most non-ceramic materials. Refractron ceramic diffusers are made by fusing aluminum oxide grains using a porcelain bond for a strong, uniformly porous and homogeneous structure that create the finest bubbles. Refractron diffuser...
Read More »Refractron Porous Ceramic Plates & Discs for Fluid Bed Applications
As fluid bed and pneumatic conveying applications increase, system manufacturers are depending on Refractron Technologies for a uniform porous medium. Refractron supplies discs from two to 20-inches in diameter or plates up to 12 inches square. The company can also design and manufacture custom shapes and sizes for specific applications. Both fluid bed and pneumatic conveying technology depend on...
Read More »Refractron Porous Ceramic Plates & Discs for Fluid Bed Applications
As fluid bed and pneumatic conveying applications increase, system manufacturers are depending on Refractron Technologies for a uniform porous medium. Refractron supplies discs from two to 20-inches in diameter or plates up to 12 inches square. The company can also design and manufacture custom shapes and sizes for specific applications. Both fluid bed and pneumatic conveying technology depend on...
Read More »Refractron Technologies Names New President
Scott Bartkowski has been promoted to president of Refractron Technologies Corp. Bartkowski joined the Newark, NY company in 2001 as a research and development engineer. He was promoted to manager of structural ceramics, vice president of operations and general manager before assuming the presidency. Bartkowski earned a BS and MS degree in ceramic engineering from Alfred University and an MBA...
Read More »Refractron Technologies Names New President
Scott Bartkowski has been promoted to president of Refractron Technologies Corp. Bartkowski joined the Newark, NY company in 2001 as a research and development engineer. He was promoted to manager of structural ceramics, vice president of operations and general manager before assuming the presidency. Bartkowski earned a BS and MS degree in ceramic engineering from Alfred University and an MBA...
Read More »Refractron Technologies Updates Website
Refractron Technologies has updated its website, www.refractron.com., to include information on the company's complete line of advanced dense and porous ceramics, as well as its machinable ceramics and ceramic powders. The easily navigated and abundantly illustrated site places greater emphasis on products and applications than the company's previous site. Individual product features and benefits...
Read More »Refractron Technologies Updates Website
Refractron Technologies has updated its website, www.refractron.com., to include information on the company's complete line of advanced dense and porous ceramics, as well as its machinable ceramics and ceramic powders. The easily navigated and abundantly illustrated site places greater emphasis on products and applications than the company's previous site. Individual product features and benefits...
Read More »Powders offer stability and chemical purity.
Magnesia Partially Stabilized Zirconia (Mg-PSZ) powders offer high chemical purity and stability. Powders are available in 2 particle sizes that are calcined or standard milled, and other levels of stabilizer or custom milled particle sizing can be made available for R&D purposes. Products are suited for use in tooling, punches, dies, bushings, structural components, and as specialty grinding...
Read More »Powders offer stability and chemical purity.
Magnesia Partially Stabilized Zirconia (Mg-PSZ) powders offer high chemical purity and stability. Powders are available in 2 particle sizes that are calcined or standard milled, and other levels of stabilizer or custom milled particle sizing can be made available for R&D purposes. Products are suited for use in tooling, punches, dies, bushings, structural components, and as specialty grinding...
Read More »