Alaşım Metallurgy is an engineering company that offers high quality alloys and innovative metallurgy solutions. With our expert staff and modern technology infrastructure, we offer special metallurgy solutions for various sectors; we develop quality, durable and economical materials.
With our long-standing experience in the field of metallurgy, we work with the aim of being a pioneer in the sector in both local and global markets. Keeping customer satisfaction at the forefront, we aim to achieve the best results by using our engineering knowledge in every step from the design phase to production.
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High chromium white cast irons are special alloys generally known for their high wear resistance and superior mechanical properties. This material ...
Ni-Hard cast irons are a type of alloy that provides high strength and long-lasting performance, especially in corrosive environments. This materia...
Cast iron is a material defined by its high carbon content (usually 2-4%), which gives it hardness and durability, but also gives it a brittle structu...
Nodular cast iron is a type of cast iron that has a spherical (spheroidal) graphite structure and offers high strength and impact resistance. The sphe...
We offer quality products that will facilitate your business processes by providing innovative solutions with our customer-oriented approach, enabling you to gain a competitive advantage in your business.
International casting standards are criteria determined for the parts produced in the casting sector to meet the quality, reliability and performance requirements. These standards are developed by organizations such as the American Society for Testing and Materials (ASTM), the International Standards Organization (ISO) and the German Standards Institute (DIN) and define the properties of casting p...
Alaşım Metallurgy and Engineering offers solutions based on advanced shaping, heat treatment and quality control techniques for the production of high-quality metal products. In metallurgical processes, various shaping methods are used to achieve appropriate shapes and properties for materials. Techniques such as casting, rolling, extrusion and forging are selected according to the structural r...
Alaşım Metallurgy has in-depth knowledge and experience in high chromium white cast irons, Ni-Hard cast irons, gray castings, spheroidal castings and alloys, and offers comprehensive consultancy services in these areas. The company provides guidance with its expert staff on material selection, production processes, heat treatments, quality control parameters and appropriate areas of use. It pro...
Alaşım Metallurgy
1. Casting provides advantages in the production of parts with complex geometries and can create details that cannot be achieved with other manufacturing methods. Casting offers cost advantages in the production of large and small parts and minimizes material waste. In addition, a wide variety of alloys can be used with the casting process, providing a wide range of applications.
2. The most commonly used metals for casting include cast iron, steel, aluminum, copper, and bronze. Cast iron is widely used because of its properties such as good fluidity and low melting point, while aluminum stands out for its light weight and high corrosion resistance. Steel is preferred in applications requiring strength, and bronze is used in areas such as marine because it offers good corrosion resistance.
3. The mechanical properties of casting parts are determined by the material used, the type of mold and the casting parameters. Mechanical tests such as tensile test, hardness test and impact resistance test are performed to test the mechanical properties of the parts such as hardness, durability and flexibility. With these tests, the casting part is evaluated to see if it complies with the specified standards.
4. In casting part design, factors such as fluidity of the material, shrinkage and tension should be taken into consideration. The thickness of the part should be balanced and kept at the same thickness if possible. During mold design, air outlets should be left and appropriate transitions should be made to prevent shrinkage gaps. These design details reduce defects that may occur during casting.
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