Factory Capabilities of High-Performance Nickel Alloy Manufacturing

(I) Forging

The metal ingots after melting enter the forging process. With the impact or pressure of forging and pressing equipment, the metal ingots undergo plastic deformation.

(II) Plate Processing

Hot Rolling of Plates: Part of the metal after forging enters the hot rolling process of plates. In a high - temperature environment, the metal plates are rolled by a rolling mill, and the thickness is greatly reduced. Hot rolling takes advantage of the good high - temperature plasticity of metals, reducing the deformation resistance and realizing efficient processing. At the same time, it improves the defects of the as - cast structure and homogenizes the composition and structure.

(III) Wire Rod and Pipe Processing

Hot Rolling and Cold Rolling of Wire Rods: Another branch after forging is put into the hot rolling of wire rods. Hot rolling deforms the metal billet into the initial shape of wire rods. Subsequent cold rolling (or cold drawing) finely adjusts the size and surface quality.

(I) Heat Treatment - Precisely Regulating Properties

Heat treatment is the core link for the "customization" of metal material properties. Different materials (such as structural steel, tool steel, alloy structural steel) adopt processes such as quenching, tempering, normalizing, and annealing according to requirements. Quenching and rapid cooling give the metal a high - hardness and high - strength structure; tempering eliminates quenching stress and adjusts the balance between toughness and hardness. For example, car gear steel undergoes carburizing quenching + tempering, with high - hardness and wear - resistant surfaces and strong and tough cores, adapting to complex working conditions; heat treatment precisely controls the temperature curve and holding time to match the diverse performance requirements of downstream industries for metal materials.

(II) Machining - Carving Dimension Precision

After heat treatment, the metal materials enter the machining stage. Processes such as turning, milling, planing, and grinding cooperate to process the materials into parts with precise dimensions and complex shapes according to the design drawings. For the turbine disk of an aero - engine, a five - axis linkage machining center is used to mill complex dovetail grooves and profiles, with a dimensional accuracy reaching the micrometer level, ensuring the precise cooperation with components such as blades; machining is a bridge connecting material production and finished product application, carving the "semi - finished product" into a "key part" that fits the equipment assembly, making the metal material truly the "backbone" of the industrial system.

Throughout the entire production process of metal materials, quality control is always present. From component detection (spectral analysis, chemical titration) in the melting stage, to flaw detection (ultrasonic flaw detection, radiographic flaw detection) after hot working, and then to mechanical property testing (tensile, impact, hardness tests) and size accuracy inspection of finished products, multiple dimensions ensure product quality. At the same time, the production capacity of each link is coordinated (for example, 1500 tons of ingot blanks are produced per year by melting, supporting the production of multiple products such as rolled materials and pipes later). According to the dynamic adjustment of product structure based on market demand, precision plate and strip, pipes, wire rods, rolled bars, etc. are delivered to industries such as aerospace, high - end equipment, and electronic information with stable production capacity (corresponding to an annual production capacity of 100 tons, 60 tons, etc.), continuously empowering the high - quality development of the modern industrial system.