High Temperature Nickel Alloy
As the most professional High Temperature Nickel Alloy supplier, Dzx mainly manufactures high-performance alloys for extreme environments. High Temperature Nickel Alloy has excellent mechanical strength, oxidation resistance, and thermal stability; it is suited for aerospace, power generation, and chemical processing applications. These characteristics make them reliable even in the harshest environments.
Dzx is in line with innovation and quality in producing High Temperature Nickel Alloy. Using the latest manufacturing technology and stringent quality control systems, we ensure our products always match or even surpass global standards. Our dedication to providing consistently reliable alloy solutions is evidenced through our ISO 9001 certification.
Dzx has over 20 years of industry experience and knows what our clients need. Being a customer-centric company, we cater to specific needs and offer products at competitive pricing, proving to be the perfect partner for all your High Temperature Nickel Alloy needs. Select Dzx for the best quality and exceptional one-on-one service in high-performance alloy solutions.
High Temperature Alloy
The High Temperature Alloy product is produced using the Hot Rolled technique, which ensures that the material is strong, durable, and has excellent mechanical properties. The material is available in various shapes, including Wire, Strip, Rod, Tube, and Plate. This makes it versatile and suitable f...
High Temperature Alloy
The High Temperature Alloy product is also known for its good Weldability, which makes it easy to work with and shape into various forms. This is important in industries where custom parts and components are needed, as it allows for precise manufacturing without compromising the strength or integrit...
Temperature Alloy Wire
Inconel 601 wire (UNS N06601) is a nickel-chromium alloy engineered to deliver exceptional performance in extreme temperature environments. The alloy's optimized composition - featuring 58-63% nickel, 21-25% chromium, and 1.0-1.7% aluminum - provides outstanding oxidation resistance and high-tem...
High-Temperature Alloy Plate
Hastelloy X (UNS N06002) plate is a nickel-chromium-iron-molybdenum superalloy specifically engineered for extreme temperature applications where both oxidation resistance and creep strength are critical.
K418 (713C) / K403 / K4169 / K438 (738LC) / K213 / CoCrMo
Cast superalloy master alloy bar in six grades, vacuum melted and cast from 8.0 mm to 200 mm to the composition agreed on the order. Every lot ships with a mill test certificate for the heat.
K418 (713C)
K418 (713C) master alloy bar, vacuum melted and cast round from 8.0 mm to 200 mm, cut to the charging length used at the foundry and released with a mill test certificate for the heat.
K403
K403 master alloy bar, vacuum melted and cast into round sections from 8.0 mm to 200 mm, sized for a first trial lot and cut to the charging length in use at the foundry.
K4169
K4169 master alloy bar, vacuum melted and cast into round sections from 8.0 mm to 200 mm, agreed by composition before the melt and released with a mill test certificate keyed to the grade and the lot number.
K438 (738LC)
K438 (738LC) master alloy bar, vacuum melted and cast into round sections from 8.0 mm to 200 mm, agreed by composition before the melt and released with a mill test certificate for the heat.
K213
K213 master alloy bar, vacuum melted and cast into round sections from 8.0 mm to 200 mm, cast to one grade per lot and released with a mill test certificate for the heat.
CoCrMo
CoCrMo master alloy bar, vacuum melted and cast into round sections from 8.0 mm to 200 mm, booked to a dated cast slot and cut to the charging length in use at the foundry.
8.0 mm to 200 mm
Pre-cut master alloy charging segments, cut from vacuum melted cast bar in round sections from 8.0 mm to 200 mm to the charging length in use at the foundry, supplied to Korea with a mill test certificate per heat.
8.0 mm to 200 mm
Cast master alloy bar, vacuum melted in round sections from 8.0 mm to 200 mm, released against a sample taken from each heat and read element by element against the grade agreed on the order.
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