Computer infrared multi-element analyzer for metal detection Commonly used metal materials: Metal materials are rich in sources, and have excellent performance in use and processing. They are the most commonly used materials in mechanical engineering. They are commonly used to make mechanical equipment, tools, and molds, and are widely used in engineering structures. QL-S3000C computer infrared all-round measurement of multi-element analyzer is Nanjing Qilin Scientific Instrument Group Co., Ltd. exclusive, domestic advanced multi-element tester, using computer to achieve program control and data processing. It can quickly and accurately measure the mass fraction of various elements in metal materials. It has a high degree of automation. The original element analyzer does not quantify the weighing function. It is accurate and reliable, and it is user-friendly. Computer infrared all-round multi-element analyzer Metal materials can be roughly divided into two categories of ferrous metals. Ferrous metals usually refer to steel and cast iron; non-ferrous metals refer to metals other than black and their alloys, such as copper alloys, aluminum, and aluminum alloys. Carbon structural steel material Steel is divided into carbon steel (referred to as carbon steel) and alloy two categories. 1. Carbon steel refers to an iron-carbon alloy containing less than 2.11% carbon and containing a small amount of silicon, manganese, sulfur, and phosphorus impurities. The carbon content of industrial carbon steel is generally 0.05% to 1.35%. 2, In order to improve the mechanical properties of steel, process performance or some special properties (such as corrosion resistance, heat resistance, wear resistance, etc.), the purpose of adding some alloy elements (such as Mn, Si, Cr, Ni) in smelting , Mo, W, V, Ti, etc.) This steel is called alloy steel. Carbon Steel Material: Mechanical Parts Classification of Carbon Steel: There are several classification methods of carbon steel, and the following three are common. (1) According to the classification of the carbon content of steel, it is divided into three categories: Low carbon steel, carbon content <0.25%; Medium carbon steel, carbon content of 0.25% to 0.60%; High-carbon steel, carbon content> 0.60%. (2) According to the quality of steel (that is, according to the number of S, P of steel containing harmful elements) are divided into three categories: Ordinary carbon steel, steel S, P content ≤ 0.055% and 0.045%, respectively; High-quality carbon steel, steel S, P content ≤ 0.040%; High-grade carbon steel, steel S, P content ≤ 0.030% and 0.035%, respectively. (3) According to the use of steel classification is divided into two categories: Carbon structural steel, mainly used for manufacturing various engineering components and mechanical parts; Carbon tool steel is mainly used for manufacturing various tools, measuring tools and molds. Nanjing Kirin Scientific Instrument Group Co., Ltd. Testing Center 2016.04.19 Aluminum Die Casting Valve Parts are a metal forming process in which molten aluminum metal is put under pressure and injected into a die.
Aluminum Die Casting Valve Parts are efficient and economical and offers a wide range of durable shapes and components. Little or no machining is required after a part is die casted, because the process provides very close tolerances for even complex shapes. Aluminum Die Castings can also be easily plated or finished. Aluminum Die Casting Valve Parts are dimensionally stable and heat resistant.
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Aluminum weighs 1/3 of a comparable steel part. The Aluminum Parts would cost less to ship due to the weight and spend less expense than other manufacturing processes.
Aluminum Die Casting Valve Parts are lightweight alloys that have good corrosion resistance, mechanical properties, high thermal and electrical conductivity and strength at high temperatures. Aluminum alloys possess high dimensional stability for complex shapes and thin walls.
