Hyperion Materials & Technologies manufactures tailor-made wear resistant components and offers tailored services and application development expertise for all of your wear parts needs. We have a wide range of experience in the development, production, and application of cemented carbide (also known as solid carbide or tungsten carbide (WC)) and diamond wear components to improve the performance, productivity, and lifetime of your products. We also have the unique ability to partner with you in the development of effective solutions.
Hyperion Materials & Technologies manufactures tailor-made wear resistant components (wear parts) and offers tailored services and application development expertise to support our customers’ competitive needs.
We have over 60 years of experience in the development, production, and application of cemented carbide (also known as solid carbide or tungsten carbide (WC)) and Versimax™ wear components and composite diamond coating (CDC) products to solve your needs.
Hyperion Materials & Technologies has over 60 years of experience in the development, manufacturing, and application of cemented carbide (also known as solid carbide or tungsten carbide (WC)) wear components (wear parts). Cemented carbide is one of the most successful composite engineering materials ever produced. Cemented carbide’s unique combination of strength, hardness, and toughness satisfies the most demanding applications.
Hyperion Materials & Technologies has over 60 years of experience in the development, manufacturing, and application of corrosion resistant cemented carbides (also known as solid carbide or tungsten carbides (WC)). Conventional cobalt bonded cemented carbides can be used in many applications facing extreme wear or high mechanical stress, but they offer limited corrosion resistance in working conditions where there are severe abrasive or corrosive requirements. Generally, straight tungsten carbide-cobalt (WC-Co) grades are resistant to corrosion down to pH 7.
From atomic engineering of crystal grain boundaries to the customer-specific design of a wear part, Hyperion Materials & Technologies is dedicated to advancing the frontiers of cemented carbide (solid carbide or tungsten carbide (WC)) technology in order to meet our customers’ present and future needs. Every stage in the manufacturing of a cemented carbide component – from powder production to finishing – is crucial to ensuring optimum performance in your stamping tool blanks.
Hyperion Materials & Technologies has a long history of manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) ball blanks for a wide range of industrial applications. Reliable performance is key to helping maintain system accuracy when working with high pressures and challenging conditions. We partner with our customers to improve performance and develop solutions for their ball blank applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Shank Type FG, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Shank Type HP, RA, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Bur Pellets with ground diameters, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Bur Pellets with open tolerances, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion manufactures high quality cemented carbide (solid carbide or tungsten carbide (WC)) bushings and bearing sleeves that work in corrosive and abrasive (due to load, rotation, friction, etc.) environments. Our bushings show wear and corrosion resistance with a high fracture toughness for demanding axial thrust. Hyperion also offers FDA compliant cemented carbides.
Decanters experience heavy wear due to the abrasive particles in the media. Hyperion Materials & Technologies supplies cemented carbide (also known as solid carbide or tungsten carbide (WC)) tiles that act as a wear barrier and help extend the operating life of the screw while reducing maintenance costs.
In order to separate high density from low density particles, centrifuge systems operate at high centrifugal forces (up to 10,000 G). This challenges the mechanical material properties of the media, which is oftentimes highly corrosive. Hyperion cemented carbide wear parts withstand such demanding working conditions, helping to discharge the heavy solids via cemented carbide nozzles.
Hyperion Materials & Technologies manufactures cemented carbide (also known as solid carbide or tungsten carbide (WC)) components for homogenizers. Cemented carbide helps maintain the efficiency of the valve gap to micronize and scatter particles due to its high stiffness and low expansion coefficient, withstanding both the high pressure and wear demands encountered in this industry.
Hyperion Materials & Technologies manufactures cemented carbide (also known as solid carbide or tungsten carbide (WC)) cylinders for use as plungers. They are available as stepped and non-stepped with or without center ends. We partner with our customers to develop solutions for their plunger and stepped cylinder wear part applications.
Hyperion Materials & Technologies manufactures cemented carbide (solid carbide or tungsten carbide (WC)) mechanical seals that provide outstanding material performance in corrosive and abrasive environments. Hyperion seal faces help to minimize leakages by maintaining a stable sealing gap due to high mechanical strength and stiffness. Cemented carbide seal rings can be engineered to fit your specific needs.
Working conditions for dairy, pharmaceutical, food, and industrial applications require a high level of pressure and corrosion resistance. Hyperion Materials & Technologies cemented carbide (also known as solid carbide or tungsten carbide (WC)) nozzles show high wear and abrasion resistance helping to maintain a longer spray pattern. In addition to nozzles, Hyperion offers a full line of wear parts for spray systems including funnel shapes, orifice inserts, and swirl chambers.
Materials are FDA compliant.
Hyperion Materials & Technologies manufactures long wearing, dependable cemented carbide (also known as solid carbide or tungsten carbide (WC)) fastener die blanks that meet industry and customer requirements. Fastener die blanks are used in the cold heading process in fastener manufacturing industries. We partner with our customers to improve performance and develop solutions for their fastener die blank applications.
A wide number of metallic parts, like integrated circuit (IC) lead frames, motor cases, and connectors require stamping technology. The stamping tools require high precision and must be able to easily handle large volumes at a high rate of speed. Hyperion Materials & Technologies manufactures a wide range cemented carbide (also known as solid carbide or tungsten carbide (WC)) stamping/forming tools with excellent consistency and quality. We partner with our customers to improve performance and develop solutions for their stamping/forming applications.
Hyperion Materials & Technologies manufactures cemented carbide (also known as solid carbide or tungsten carbide (WC)) knives that outperform steel knives and help to reduce maintenance downtime. Hyperion's cemented carbides offer a unique combination of controlled grain sizes and mechanical properties that help you optimize your performance. We partner with our customers to improve performance and develop solutions for their knife applications.
Hyperion Materials & Technologies has over 25 years of experience manufacturing wear parts used to produce concrete roof tiles. Hyperion has developed cemented carbide (also known as solid carbide or tungsten carbide (WC)) grades that deliver productivity improvements. The result is longer tool life and less tool breakage.
Hyperion Materials & Technologies has manufactured cemented carbide (also known as solid carbide or tungsten carbide (WC)) components used in engines, helicopters, and airplanes for over two decades. The strength and wear resistance of cemented carbide make it the best choice for aerospace components, as other materials cannot withstand the tough environmental conditions. The properties of cemented carbide allow it to adapt to conditions as equipment performance intensifies.
Hyperion Materials & Technologies has more than 20 years of experience developing cemented carbide (also known as solid carbide or tungsten carbide (WC)) solutions that meet the requirements of the automotive industry. Our cemented carbide has great dimensional stability due to a high Young's modulus and compressive strength while featuring a low coefficient of thermal expansion. We partner with our customers to improve performance and develop solutions for their automotive applications.
Hyperion Materials & Technologies manufactures a wide assortment of cemented carbide (also known as solid carbide or tungsten carbide (WC)) tips components. Thanks to cemented carbide's high stiffness, carbide tips can retain size and shape without deformation helping to reduce maintenance downtime.
Versimax is Hyperion Materials & Technologies' patented silicon carbide and polycrystalline diamond (PCD) composite with superior wear resistance, high strength, and high temperature performance. Versimax has hardness, strength, and toughness approaching that of cobalt-sintered PCD but provides superior thermal stability. The ceramic bonded composite is impervious to most corrosives. We partner with our customers to improve performance and develop solutions for their wear part applications.
The high abrasion resistance, corrosion resistance, and flexibility in manufacturing complex shapes make Hyperion's Materials & Technologies' Versimax™ an ideal choice for demanding nozzle applications. Nozzle lifetime, and cost per unit produced, can be increased substantially by incorporating Versimax diamond composite in the high wear areas in tungsten carbide, ceramic, or other wear resistant nozzles. The examples below illustrate the potential for overall cost savings using Versimax in highly erosive applications.
Hyperion Materials & Technologies' cemented carbide (also known as solid carbide or tungsten carbide (WC)) wear parts offer premium wear protection independent of wear coatings; however, for those products made from steel or aluminum, we offer advanced protection through our proprietary wear coatings. Hyperion's Composite Diamond Coatings (CDC) is the premier wear coating protection available and can be applied to any shape with no line of sight.
Hyperion Materials & Technologies manufactures tailor-made wear resistant components (wear parts) and offers tailored services and application development expertise to support our customers’ competitive needs.
We have over 60 years of experience in the development, production, and application of cemented carbide (also known as solid carbide or tungsten carbide (WC)) and Versimax™ wear components and composite diamond coating (CDC) products to solve your needs.
Hyperion Materials & Technologies has over 60 years of experience in the development, manufacturing, and application of cemented carbide (also known as solid carbide or tungsten carbide (WC)) wear components (wear parts). Cemented carbide is one of the most successful composite engineering materials ever produced. Cemented carbide’s unique combination of strength, hardness, and toughness satisfies the most demanding applications.
Hyperion Materials & Technologies has over 60 years of experience in the development, manufacturing, and application of corrosion resistant cemented carbides (also known as solid carbide or tungsten carbides (WC)). Conventional cobalt bonded cemented carbides can be used in many applications facing extreme wear or high mechanical stress, but they offer limited corrosion resistance in working conditions where there are severe abrasive or corrosive requirements. Generally, straight tungsten carbide-cobalt (WC-Co) grades are resistant to corrosion down to pH 7.
From atomic engineering of crystal grain boundaries to the customer-specific design of a wear part, Hyperion Materials & Technologies is dedicated to advancing the frontiers of cemented carbide (solid carbide or tungsten carbide (WC)) technology in order to meet our customers’ present and future needs. Every stage in the manufacturing of a cemented carbide component – from powder production to finishing – is crucial to ensuring optimum performance in your stamping tool blanks.
Hyperion Materials & Technologies has a long history of manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) ball blanks for a wide range of industrial applications. Reliable performance is key to helping maintain system accuracy when working with high pressures and challenging conditions. We partner with our customers to improve performance and develop solutions for their ball blank applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Shank Type FG, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Shank Type HP, RA, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Bur Pellets with ground diameters, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion Materials & Technologies has been manufacturing high quality cemented carbide (also known as solid carbide or tungsten carbide (WC)) dental burr blanks, including Bur Pellets with open tolerances, for over twenty years. Our high quality cemented carbide products result from a fully integrated process with strict and robust statistical process controls that create superior finished blanks. We partner with our customers to improve performance and develop solutions for their dental bur applications.
Hyperion manufactures high quality cemented carbide (solid carbide or tungsten carbide (WC)) bushings and bearing sleeves that work in corrosive and abrasive (due to load, rotation, friction, etc.) environments. Our bushings show wear and corrosion resistance with a high fracture toughness for demanding axial thrust. Hyperion also offers FDA compliant cemented carbides.
Decanters experience heavy wear due to the abrasive particles in the media. Hyperion Materials & Technologies supplies cemented carbide (also known as solid carbide or tungsten carbide (WC)) tiles that act as a wear barrier and help extend the operating life of the screw while reducing maintenance costs.
In order to separate high density from low density particles, centrifuge systems operate at high centrifugal forces (up to 10,000 G). This challenges the mechanical material properties of the media, which is oftentimes highly corrosive. Hyperion cemented carbide wear parts withstand such demanding working conditions, helping to discharge the heavy solids via cemented carbide nozzles.
Hyperion Materials & Technologies manufactures cemented carbide (also known as solid carbide or tungsten carbide (WC)) components for homogenizers. Cemented carbide helps maintain the efficiency of the valve gap to micronize and scatter particles due to its high stiffness and low expansion coefficient, withstanding both the high pressure and wear demands encountered in this industry.
Hyperion Materials & Technologies manufactures cemented carbide (also known as solid carbide or tungsten carbide (WC)) cylinders for use as plungers. They are available as stepped and non-stepped with or without center ends. We partner with our customers to develop solutions for their plunger and stepped cylinder wear part applications.
Hyperion Materials & Technologies manufactures cemented carbide (solid carbide or tungsten carbide (WC)) mechanical seals that provide outstanding material performance in corrosive and abrasive environments. Hyperion seal faces help to minimize leakages by maintaining a stable sealing gap due to high mechanical strength and stiffness. Cemented carbide seal rings can be engineered to fit your specific needs.
Working conditions for dairy, pharmaceutical, food, and industrial applications require a high level of pressure and corrosion resistance. Hyperion Materials & Technologies cemented carbide (also known as solid carbide or tungsten carbide (WC)) nozzles show high wear and abrasion resistance helping to maintain a longer spray pattern. In addition to nozzles, Hyperion offers a full line of wear parts for spray systems including funnel shapes, orifice inserts, and swirl chambers.
Materials are FDA compliant.
Hyperion Materials & Technologies manufactures long wearing, dependable cemented carbide (also known as solid carbide or tungsten carbide (WC)) fastener die blanks that meet industry and customer requirements. Fastener die blanks are used in the cold heading process in fastener manufacturing industries. We partner with our customers to improve performance and develop solutions for their fastener die blank applications.
A wide number of metallic parts, like integrated circuit (IC) lead frames, motor cases, and connectors require stamping technology. The stamping tools require high precision and must be able to easily handle large volumes at a high rate of speed. Hyperion Materials & Technologies manufactures a wide range cemented carbide (also known as solid carbide or tungsten carbide (WC)) stamping/forming tools with excellent consistency and quality. We partner with our customers to improve performance and develop solutions for their stamping/forming applications.
Hyperion Materials & Technologies manufactures cemented carbide (also known as solid carbide or tungsten carbide (WC)) knives that outperform steel knives and help to reduce maintenance downtime. Hyperion's cemented carbides offer a unique combination of controlled grain sizes and mechanical properties that help you optimize your performance. We partner with our customers to improve performance and develop solutions for their knife applications.
Hyperion Materials & Technologies has over 25 years of experience manufacturing wear parts used to produce concrete roof tiles. Hyperion has developed cemented carbide (also known as solid carbide or tungsten carbide (WC)) grades that deliver productivity improvements. The result is longer tool life and less tool breakage.
Hyperion Materials & Technologies has manufactured cemented carbide (also known as solid carbide or tungsten carbide (WC)) components used in engines, helicopters, and airplanes for over two decades. The strength and wear resistance of cemented carbide make it the best choice for aerospace components, as other materials cannot withstand the tough environmental conditions. The properties of cemented carbide allow it to adapt to conditions as equipment performance intensifies.
Hyperion Materials & Technologies has more than 20 years of experience developing cemented carbide (also known as solid carbide or tungsten carbide (WC)) solutions that meet the requirements of the automotive industry. Our cemented carbide has great dimensional stability due to a high Young's modulus and compressive strength while featuring a low coefficient of thermal expansion. We partner with our customers to improve performance and develop solutions for their automotive applications.
Hyperion Materials & Technologies manufactures a wide assortment of cemented carbide (also known as solid carbide or tungsten carbide (WC)) tips components. Thanks to cemented carbide's high stiffness, carbide tips can retain size and shape without deformation helping to reduce maintenance downtime.
Versimax is Hyperion Materials & Technologies' patented silicon carbide and polycrystalline diamond (PCD) composite with superior wear resistance, high strength, and high temperature performance. Versimax has hardness, strength, and toughness approaching that of cobalt-sintered PCD but provides superior thermal stability. The ceramic bonded composite is impervious to most corrosives. We partner with our customers to improve performance and develop solutions for their wear part applications.
The high abrasion resistance, corrosion resistance, and flexibility in manufacturing complex shapes make Hyperion's Materials & Technologies' Versimax™ an ideal choice for demanding nozzle applications. Nozzle lifetime, and cost per unit produced, can be increased substantially by incorporating Versimax diamond composite in the high wear areas in tungsten carbide, ceramic, or other wear resistant nozzles. The examples below illustrate the potential for overall cost savings using Versimax in highly erosive applications.
Hyperion Materials & Technologies' cemented carbide (also known as solid carbide or tungsten carbide (WC)) wear parts offer premium wear protection independent of wear coatings; however, for those products made from steel or aluminum, we offer advanced protection through our proprietary wear coatings. Hyperion's Composite Diamond Coatings (CDC) is the premier wear coating protection available and can be applied to any shape with no line of sight.
