Strengthening Alloy

The manufacturing materials of strengthened alloys are mainly metallic elements, such as aluminum, magnesium, titanium, zirconium, etc., and mixed with a certain proportion of other metals, such as tungsten, chromium, molybdenum, iron, nickel, etc., to improve the hardness and strength of the alloy. Alloys are usually prepared by using a chemical reaction to mix these metal elements, and then heat treating the mixture to obtain the desired material properties after multiple machining and quenching.

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Product Introduction

Products Description

Reinforced alloys can not only make a variety of parts and components, but also make high-strength structures or highly complex components, and are widely used in various types of vehicles, aircraft, ships and mechanical equipment. In addition, it can make production tools, electrical equipment, and special equipment used in various engineering work.

other details

►Physicochemical index

Ti 12 ~ 30%, Si 12 ~ 30%, and other auxiliary elements and a small amount of rare earth

►Internal control element

Ti≥20%, Si≥17, C≤3%, p≤0.1%, S≤0.1%, particle size 0mm ~ 60mm.

►Applicable steel grade

HRB400 can completely replace vanadium nitrogen alloy, iron vanadium and iron niobium.

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►Function and use

Titanium alloy, forming a stable insoluble titanium nitride in molten steel, can play a role in refining the microstructure of molten steel grains, fixing the gap elements (C N), improving the yield strength and tensile strength of steel, can reduce the segregation of the upper part of the ingot during the rolling process, improve the quality of the ingot, and increase the yield of the ingot.

Product Picture

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