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Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
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alloy Product List

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Beryllium copper rod

Beryllium copper rod

After the statute of limitations hardening treatment, fatigue resistance and conductivity increase! We accept cutting and processing of rods and plates.

We would like to introduce the beryllium copper rods that we handle. Beryllium copper is a material known for its excellent corrosion resistance, high ductility before aging treatment, and increased fatigue resistance and conductivity after aging treatment. Its main applications include aircraft engine parts, propellers, bolts, and cams. 【Overview】 ■ Alloy Number: C1720B (BeCuB) ■ Cu (Copper): - ■ Be (Beryllium): 1.8-2.0 ■ Ni + Co: 0.2 or more ■ Ni + Co + Fe: 0.6 or less ■ Cu + Be + Ni + Co + Fe: 99.5 or more *For more details, please refer to the PDF document or feel free to contact us.

  • Non-ferrous metals
  • Processing Contract
  • Coaxial Connectors
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Tohoku University Technology: CoCrMo Alloy and Its Manufacturing Method: T11-101

Tohoku University Technology: CoCrMo Alloy and Its Manufacturing Method: T11-101

Achieve high strength, high ductility, and high fatigue strength.

In recent years, with the progress of aging, biomaterials that can replace bodily functions have garnered significant attention. Co-Cr-Mo based alloys used as biomaterials play an important role as materials for artificial joints due to their excellent corrosion resistance and wear resistance compared to other metal materials. Many of these are cast alloys standardized by ASTM F75; however, cast materials generally have coarse microstructures and often contain casting defects, resulting in poor strength and ductility. Therefore, it is necessary to improve mechanical properties through microstructural control using plastic processing and heat treatment. This invention makes it possible to provide a Co-Cr-Mo based alloy with high strength, high ductility, and high fatigue strength as a biomaterial. The alloy contains a specific composition of Co/Cr/Mo/N and is characterized by fine crystalline grain structure and a high density of dislocations. Through skillful composition and microstructural control, it is possible to achieve a combination of high strength, high ductility, and high fatigue strength that surpasses conventional Co-Cr-Mo based alloys.

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Tohoku University Technology: Co-based magnetic alloy for high TMR element: T19-018

Tohoku University Technology: Co-based magnetic alloy for high TMR element: T19-018

TMR ratio over 200% with no B addition, low temperature heat treatment and sputtered film formation

TMR element showing the tunnel magnetoresistance (TMR) effect, has been applied to products such as magnetic sensor, non-volatile memory, etc. The TMR ratio, which represents the variation ratio of element resistance, is one of the element performance indicator and it is an important characteristic that influences the specification of the applied product. TMR element using amorphous FeCoB magnetic alloy and MgO tunnel barrier is currently the main material and can be fabricated by sputtering method which is suitable for mass production. This is an excellent material which becomes FeCo/MgO crystal when B is diffused by heat-treating the element and shows 200-600% TMR ratio. However, heat treatment with B diffusion could be a factor in reducing the functionality of other layers adjacent to FeCo. This invention provides a technology for Co-based magnetic irregular alloy showing TMR ratio comparable to FeCoB by low temperature heat treatment, even without the addition of B.

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Non-heat-treated high-strength aluminum alloy GAM AL7

Non-heat-treated high-strength aluminum alloy GAM AL7

High strength without heat treatment.

Features of GAM AL7 1. High Strength High tensile strength, yield strength, and fatigue strength. 2. Non-heat treated, which reduces total costs. 1) Heat treatment costs 2) Labor costs 3) Reduced material costs through weight reduction 4) Shortened production time 5) Does not contain harmful elements or expensive rare metals. 3. Environmentally Friendly 1) Reduction of CO2 emissions due to non-heat treatment 2) Reduced electricity consumption 3) Reduction in carbon tax.

  • Non-ferrous metals
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Cobalt-based alloy "NAS 604PH"

Cobalt-based alloy "NAS 604PH"

It has excellent spring material properties and achieves a high elastic modulus! High-strength, high-corrosion-resistant Co-based spring material.

The "NAS 604PH" is a Co-based precipitation hardening alloy that achieves excellent spring material properties such as high strength, high elastic modulus, high corrosion resistance, non-magnetic characteristics, high heat resistance, and good workability due to the balance of Ni, Cr, and Mo components. The permeability is below 1.01, making it non-magnetic. Nickel plating is also possible, and it has coiling properties equivalent to SUS304-WPB. 【Features】 ■ High strength ■ Excellent spring characteristics ■ High corrosion resistance ■ Non-magnetic ■ High-temperature strength *For more details, please refer to the PDF document or feel free to contact us.

  • Other machine elements
  • alloy

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Nano Binder (NB) Ultra Hard Alloy

Nano Binder (NB) Ultra Hard Alloy

We will meet various needs for tools and materials and solve all your "troubles"!

This product has high strength due to the nanosizing of the binder's crystal grains. When bonded on a steel surface at 100 to 800 μm, it achieves more than double the strength of brazing through diffusion bonding. 【Features】 ■ Nanosizing of crystal grains ■ High strength *For more details, please refer to the catalog or feel free to contact us.

  • Company：AMC
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  • Other molds
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Mold - Binderless Mold (Glass Lens Molding)

Mold - Binderless Mold (Glass Lens Molding)

Excellent mirror finish! We will provide according to your needs.

Binderless molds (glass lens molding) can achieve high mirror surface accuracy by controlling the WC particle size through a special sintering method. It is possible to achieve a Ra of less than 1nm. By combining thermal expansion coefficients, we can prevent core misalignment during lens molding. We can provide solutions tailored to your needs, from round bars to blank processed products. 【Features】 ○ Excellent mirror surface quality ○ Core misalignment prevention ○ Customized solutions to meet your needs For more details, please contact us or download the catalog.

  • Other molds
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Wear-resistant superhard alloy "RA Series"

Wear-resistant superhard alloy "RA Series"

Improved wear resistance against adhesion with materials that have high affinity for super hard alloys due to a unique formulation!

The "RA Series" is a wear-resistant cemented carbide that improves adhesion wear resistance by reviewing the bonding phase and using coarse particle tungsten carbide (WC), which has a strong affinity with cemented carbide materials. It is ideal as a material for molds used in copper alloy processing. 【Features】 ■ Special-purpose cemented carbide with coarse grain and low Co ■ Composition optimized for applications involving adhesion wear and seizure ■ Suppresses diffusion of the work material into the bonding phase For more details, please refer to the catalog or feel free to contact us.

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Ultimate Invar Alloy "IC-DX"

Ultimate Invar Alloy "IC-DX"

Zero expansion - does not undergo structural transformation up to -269°C! The Young's modulus is 1.5 times that of commercial products!

"IC-DX" is a low thermal expansion alloy based on Fe-Co-Cr. Since it does not contain Ni, which raises the Ms point, it can achieve both zero thermal expansion and low-temperature structural stability, making it suitable for use in low-temperature environments. This material is being evaluated for use as a pad material for bonding 200mm square fused quartz (aspheric mirrors). Thermal expansion at the operating temperature of 77K (liquid nitrogen) and during alignment adjustments from room temperature to 77K is important. 【Features】 ■ Zero expansion, ultra-low temperature stability, high rigidity, corrosion resistance ■ Coefficient of thermal expansion: 0 ppm/℃ ■ Lower limit temperature for low-temperature use: minus 269℃ ■ Young's modulus: 176 GPa ■ Corrosion resistance equivalent to SUS304 *For more details, please refer to the PDF document or feel free to contact us.

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High corrosion-resistant and heat-resistant alloy [Special Metal Excel]

High corrosion-resistant and heat-resistant alloy [Special Metal Excel]

Minimum lot of 50kg or more! We will adjust the quality to meet your requirements with our technology.

Materials based on Ni, Co, and Ti offer superior corrosion resistance and heat resistance compared to stainless steel. The Tokkin Group supplies products that comply with the European RoHS directive under thorough quality control. 【Scope of Supply (Coils, Sheets, Foils)】 The following dimension ranges are guidelines for products manufactured by us. Since they vary by material, please contact us if you have specific specifications in mind. ■ Thickness: 0.01mm to 1.00mm ■ Width: 3mm to 300mm ■ Minimum Lot: 50kg and up ■ Shortest Delivery Time: 3 weeks [Procured Items] In addition to cold-rolled strips manufactured by us, we also flexibly accommodate orders for thick plates, wires, bars, and ultra-thin pipes from domestic and international partner companies. ■ Wire ■ Bar ■ Pipe *Please inquire about availability for fluid items. *For more details, please refer to the PDF document or feel free to contact us.

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High corrosion resistance and high mechanical strength! High-performance metal 'SPRON510'

High corrosion resistance and high mechanical strength! High-performance metal 'SPRON510'

A metal that is highly corrosion-resistant and durable. It has a proven track record in semiconductor manufacturing equipment and dental medical instruments. The wear rate is about 1/5 compared to SUS304 and piano wire!

SPRON510 is a Co-Ni alloy with excellent properties of high elasticity, corrosion resistance, durability, and heat resistance. It is strong against highly corrosive gases such as HBr and HF, and has already been adopted in medical instruments where high reliability is required. It is characterized by very little "set" due to repeated loads. The set rate after one million cycles of testing is 1/5 to 1/6 compared to SUS304 and piano wire. It can be used in harsh corrosive environments where common metal materials are difficult to use. Additionally, it is non-magnetic, making it recommended for analytical instruments. ■ Features of SPRON510 ◎ Excellent properties of high elasticity, durability, corrosion resistance, and heat resistance ◎ Very small "set" due to repeated loads ◎ Non-magnetic ■ Examples of SPRON applications ◎ Various precision springs ◎ Various springs for instruments ◎ Cable guides for robotic equipment ◎ Precision parts for medical use ◎ Various wires for medical instruments *For more details, please request materials or view the PDF data from the download.

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  • Spring
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LEX Series: Low Thermal Expansion Materials for Extremely Low to High Temperatures

LEX Series: Low Thermal Expansion Materials for Extremely Low to High Temperatures

A wide range of products from ultra-low temperatures to high temperatures! New materials that cover thermal expansion characteristics.

In various advanced fields ranging from optical devices and electrical components to ultra-precision machine tools and semiconductor-related device parts, overcoming thermal displacement of the materials used, which is a factor in precision errors, has become a bottleneck for achieving high precision. At Nippon Casting, we focused on the thermal expansion characteristics of inverter-type alloys and successfully developed the 'LEX series' by balancing the conflicting properties of low thermal expansion with castability and machinability through unique chemical compositions and advanced heat treatment. In response to diversified precision requirements, we offer a wide range of materials that cover a broad spectrum of thermal expansion characteristics. This has earned us high acclaim not only in the ultra-precision equipment sector but also in various fields, including CFRP (carbon fiber reinforced plastic) molds primarily for aircraft, vacuum pump parts, and laser equipment components. 【Main Products】 ■ Flat plates for ultra-precision grinding machines ■ CFRP molds for semiconductor manufacturing equipment ■ Frames for laser measuring instruments ■ XY stages *For more details, please refer to our catalog or feel free to contact us.

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Heat-resistant, wear-resistant, corrosion-resistant alloy FREA-METAL.

Heat-resistant, wear-resistant, corrosion-resistant alloy FREA-METAL.

Alloy group with high-temperature oxidation resistance exceeding 1000℃, wear resistance maintaining HV500 at 800℃, and high-temperature corrosion resistance that rivals conventional Ni and Co-based alloys.

Conventional nickel-cobalt-based heat-resistant and wear-resistant alloys experience a significant decrease in hardness at high temperatures of 800°C and above. However, FREA-METAL alloys maintain excellent hardness even in ultra-high temperature ranges, and in addition to oxidation and wear resistance, they also possess corrosion resistance. The FREA-METAL alloy series includes a variety of types. For example: - "A," specialized for ultra-high temperature oxidation resistance - "B," excellent in high-temperature wear resistance - "C," strong against sulfuric acid corrosion and others can be selected according to specific applications. These alloys can significantly extend the lifespan of very expensive materials and frequently replaced components that have been used in harsh environments such as blast furnaces, boilers, incinerators, and fluidized beds, leading to continuous stable operations, reduced opportunity costs from long hours of operation, and decreased maintenance costs. There are clad plates and welding materials available, enabling responses to a wide range of applications for canning and hardfacing. Examples include canning for ducts, hoppers, chutes, cyclones, and hardfacing for nozzles, boiler tubes, grates, thermocouple protection tubes, and fire bars. If you have any applications you are struggling with, please consult our engineering staff.

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  • Special Steel
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Press die material "Tocaloy carbide (WC-Co)"

Press die material "Tocaloy carbide (WC-Co)"

Special carbide for press die materials "Tocaloy carbide (WC-Co)" *Currently, technical materials explaining carbide are being offered.

The material for press molds, "Tocaloy Cemented Carbide (WC-Co)," is a cemented carbide material developed by Tocaloy/Tokai Alloy. Tocaloy is engaged in material development and can propose special materials tailored to applications and requests. We can provide materials specialized for unusual applications, such as those with hardness and characteristics between existing materials. 【Examples of Tocaloy Cemented Carbide Material Applications (a selection)】 ■ Drills and reamers ■ Woodworking chips ■ Parts for press molds ■ Cemented carbide plates ■ Jigs and tools, etc. *Technical documentation for cemented carbide can be viewed as a PDF via download or feel free to contact us.

  • Processing Jig
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Hard face alloy "Colmonoy"

Hard face alloy "Colmonoy"

Introducing an alloy that ensures a definite increase in productivity, excelling in both wear resistance and durability.

"Colmonoy" is an extremely excellent nickel-based hard-facing alloy developed by the Wall Colmonoy Company in the United States in 1937. By adding boron and silicon to the corrosion-resistant Ni-Cr alloy, wear resistance is improved through the dispersion of hard borides and carbides. The dispersion of chromium boride is particularly notable, resulting in exceptionally high wear resistance. Gas welding of this high-hardness product requires advanced skills. Our company employs skilled workers to carry out the process under optimal temperature control. [Features] - Excellent wear resistance and durability - Improved wear resistance through the dispersion of hard borides and carbides - Extends the service life of various equipment parts - Applied through gas welding - Conducted by skilled workers under optimal temperature control *For more details, please refer to the external link page or feel free to contact us.

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Non-heat-treated high-strength high-ductility aluminum alloy GAM AL8

Non-heat-treated high-strength high-ductility aluminum alloy GAM AL8

Non-heat-treated, high strength, high ductility, high corrosion resistance aluminum alloy

Features of GAM AL8 1. Ultra-high ductility & low specific gravity (2.65g/cm³) Elongation of 11-17% 2. High corrosion resistance Complies with PFAS regulations without copper 3. Reduces total costs due to non-heat treatment. 1) Heat treatment costs 2) Labor costs 3) Reduced material costs through weight reduction 4) Shortened production time 5) Does not contain harmful elements or expensive rare metals 4. Environmentally friendly 1) Reduction of CO2 emissions due to non-heat treatment 2) Reduced electricity usage 3) Reduction in carbon tax

  • Non-ferrous metals
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High value-added cobalt alloy "COBARION"

High value-added cobalt alloy "COBARION"

Cobalt alloy material with almost no Ni content, high ductility, high machinability, high strength, high corrosion resistance, and high wear resistance.

"COBARION" is a cobalt-based alloy developed by Professor Akihiko Chiba at Tohoku University’s Institute of Metal Materials and manufactured by Aiwa Co., Ltd. It features a unique technology that suppresses nickel, which can cause metal allergies, achieving excellent strength, wear resistance, and corrosion resistance. This COBARION material is highly valuable as it is less likely to cause allergies and is gentle on the human body. It is suitable for artificial joints in the orthopedic field (such as hip joints, knee joints, elbow joints) and dental applications like orthodontic wires and denture bases. COBARION is alloyed through a vacuum melting method and is supplied to the market as round bars after undergoing various heat treatment processes. [Features] - Cobalt-chromium alloy with almost no nickel content - High ductility and excellent workability - High mechanical strength, wear resistance, and corrosion resistance - Alloyed through vacuum melting - Supplied to the market as round bars For more details, please contact us or download the catalog.

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Tohoku University Technology: New CoCr alloys with low Young's modulus, high wear and corrosion resistance, and superelasticity: T20-542

Tohoku University Technology: New CoCr alloys with low Young's modulus, high wear and corrosion resistance, and superelasticity: T20-542

Alloys with high fatigue life and free of nickel element

β-Ti and conventional CoCr alloys are widely used for artificial joints because of their superior mechanical properties. Some β-Ti alloys show superelasticity and low Young's modulus; however, they have low wear resistance. Conventional CoCr alloys show excellent wear resistance, but they have very high Young's modulus, which is about 10 times that of human bones. Since low Young's modulus and wear resistance are properties with a trade-off relation, there has not been a biomaterial that realizes both. 　This invention is about new CoCr alloys that have an even lower Young's modulus than β-Ti alloys, which also boast high wear and corrosion resistance, and superelasticity. This invention shows a fatigue life of more than 10 million cycles up to a strain of 1.65% and it is expected to be the next-generation biological material. 　These alloys are characterized by a large elastic anisotropy. In the <100> direction, they show a Young's modulus of 30 GPa, comparable to human bones, making it suitable to use for artificial joints and bone plates. In the <111> direction, they have extremely high Young's modulus of 300 GPa, making it suitable to use for stents.

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High corrosion-resistant and wear-resistant cobalt alloy 'COBARION-101'

High corrosion-resistant and wear-resistant cobalt alloy 'COBARION-101'

A high corrosion-resistant and wear-resistant cobalt alloy developed through collaboration between industry, academia, and government!

The high corrosion-resistant and wear-resistant cobalt alloy "COBARION-101" is an alloy that possesses high strength as well as excellent corrosion and wear resistance, specifically developed for manufacturing "fluororesin molding machine parts" in extremely harsh corrosive and abrasive environments. 【Features】 ■ High strength ■ High wear resistance ■ High corrosion resistance 【Compatible Resins】 Compatible with all types of fluororesin products, including PFA, ETFE, and PVDF. *For more details, please contact us or download the catalog.

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Heat-resistant alloy "COBARION TSE"

Heat-resistant alloy "COBARION TSE"

This is an alloy developed jointly by Tohoku University, Japan Spring, SII, and Aiwa as a material for heat-resistant springs!

The heat-resistant alloy COBARION TSE is a material that significantly improves high-temperature resistance above 600°C by finely dispersing the γ' gamma prime phase within its structure and introducing high-density dislocations into the matrix, thereby increasing strength at elevated temperatures. It also exhibits excellent mechanical properties in the temperature range from room temperature to 700°C, making it suitable for applications beyond heat-resistant springs. 【Features】 ■ Wear resistance ■ Corrosion resistance *For more details, please contact us or download the catalog.

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Plastic mold steel and beryllium copper alloy "COOLMOULD"

Plastic mold steel and beryllium copper alloy "COOLMOULD"

You can simplify or reduce the cooling circuit! The cycle time can also be significantly shortened.

"COOLMOULD" is a high-strength beryllium copper alloy suitable for plastic molding molds. It is widely used as a material for injection molding molds, or as cores and insert parts made of steel. When incorporated into molds, it eliminates hot spots, allowing for the simplification or reduction of cooling circuits. 【Main Features】 <COOLMOULD> * Available in round bars, plates, and welding rods. * The thermal conductivity is 3 to 5 times higher than that of steel, enabling uniform and rapid heat removal, which improves issues such as product deformation, warping, and low detail transferability, significantly shortening cycle times. * Similar effects can be achieved even when used as cores or insert parts in molds made of steel. - High thermal conductivity - Good corrosion resistance - Good polishability - Good wear resistance - Good anti-seizing properties - Good machinability - High strength and hardness - Good weldability * For more details, please refer to the materials or feel free to contact us.

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【Difficult-to-Cut Material Processing Case】Inconel

【Difficult-to-Cut Material Processing Case】Inconel

A heat-resistant alloy with excellent high-temperature strength and oxidation resistance! It maintains performance even in harsh corrosive environments.

"Inconel" is a heat-resistant alloy primarily composed of nickel, known for its excellent high-temperature strength and oxidation resistance. Its features include the ability to maintain strength even at high temperatures. Additionally, it possesses outstanding corrosion resistance, maintaining performance even in harsh corrosive environments such as sulfuric acid and hydrochloric acid. Furthermore, it can be hardened through quenching and work hardening, allowing for adjustments in hardness and strength to suit specific applications. [Reasons for Difficulties in Machining] ■ High-temperature strength is significant ■ Prone to work hardening ■ High affinity with tool materials ■ Poor thermal conductivity *For more details, please refer to the PDF document or feel free to contact us.

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High-strength heat-resistant cobalt alloy "COBARION-159"

High-strength heat-resistant cobalt alloy "COBARION-159"

High-strength heat-resistant cobalt alloy developed through collaboration between industry, academia, and government!

The high-strength heat-resistant cobalt alloy "COBARION-159" is a cobalt-nickel alloy manufactured with the aim of reducing strength degradation and distortion due to heat input during the joining of materials such as aluminum alloys. It is increasingly being adopted as a target for "friction stir welding tools." Accelerated tests conducted using actual equipment by Iwate University have confirmed that it has more than three times the durability of the MP-159 material currently used in the market. Our company, which specializes in small-lot production of special alloys, is working on the development of manufacturing methods for materials suitable for friction stir welding tools, with the cooperation of Tohoku University and Iwate University. 【Features】 ■ Wear resistance ■ Corrosion resistance *For more details, please contact us or download the catalog.

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