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Aluminum-zinc alloy casting Category:Aluminum alloy casting Aluminum-zinc alloy casting has good processing performance, and there are common grades such as AC1A and ZA43. The mechanical properties of aluminum-zinc alloy are similar to brass, and it has good machining properties and can be processed into small metal parts. Common grades are AC1A, ZA43, etc., and the surface treatment effect is good, can adapt to a variety of electroplating processes, and has good corrosion resistance. The mechanical properties of aluminum-zinc alloy are similar to brass, and it has good machining properties and can be processed into small metal parts. Common grades are AC1A, ZA43, etc., and the surface treatment effect is good, can adapt to a variety of electroplating processes, and has good corrosion resistance. The aluminum-zinc alloy alloy has excellent processing performance, the overall comprehensive performance is close to that of lead brass, the surface treatment effect is good, and it has good electrical conductivity. It can be widely used in electronic and electrical industries. The lower one is added, and it is an environmentally friendly material, which can meet most environmental protection requirements.
Low temperature alloy casting Category Titanium alloy casting Low temperature alloy casting can be used as an important material for the low-temperature structure of hydrogen-oxygen engines. Common grades are TC4 etc. Product Description Low temperature alloy casting can show stronger mechanical properties at low temperature.At present, it has been used in the field of liquid rocket engines, mainly as structural materials such as hydrogen storage tanks for hydrogen-oxygen engines, hydrogen pump impellers, etc., which greatly improves the comprehensive performance of liquid rocket engines. Low-temperature titanium alloys refer to titanium alloys that can work normally under low temperature conditions. They are generally divided into three categories, alpha titanium alloys, beta titanium alloys and alpha-beta titanium alloys. Typical low-temperature titanium alloy products are suitable for working at 253C as a storage container for liquid fuel, and some alloys have good low-temperature plasticity and fracture toughness. The strength of low-temperature titanium alloys can be increased as the temperature decreases, and the toughness remains basically unchanged, making it easy to weld. It has high specific strength, corrosion resistance and low thermal conductivity. It can not only be used as a storage container for low-temperature objects, but also can be used as low-temperature structural parts for the aerospace industry
Category:Aluminum alloy casting Cast aluminu-silicon alloys is a process in which aluminum-silicon alloys are processed into products that can be directly used through a casting process. Common grades are A356.0, A413.0 and so on. Cast aluminu-silicon alloys is a very important industrial alloy. It has important uses in the automobile manufacturing industry, high-tech electronics industry, aerospace materials and other products, and is an ideal wear-resistant material. Aluminum silicon alloy may be a reasonably ferroalloy with aluminum and silicon because the main components. Generally, the content of silicon is 11 and atiny low amount of copper, iron and nickel are added to enhance the strength.Aluminum silicon alloy is employed to manufacture low and medium strength castings with complex shapes, like covering, motor shell, bracket, etc. it's also used as brazing solder. When the silicon content is low (such as 0.7), the ductility of aluminum silicon alloy is sweet, which is usually used as deformation alloy. When the silicon content is high (such as 7%), the filling property of aluminum silicon alloy melt is nice, which is usually used as casting alloy. In the Al Si alloy with silicon content exceeding Al Si eutectic point (silicon 12.6%), when the particle content of silicon is as high as 14.5% 25%, adding a specific amount of Ni, Cu, Mg and other elements can improve its comprehensive mechanical .
Nickel-Based Precision Alloy Casting Category:Nickel alloy casting Nickel-Based Precision Alloy Casting includes nickel-based soft magnetic alloys, nickel-based precision resistance alloys and nickel-based electrothermal alloys. Common grades are N05500 etc. Nickel-Based Precision Alloy Casting is commonly used in the electronics industry, resistors and other fields.In recent years, it has been widely used in the field of environmental protection and energy development, improving the comprehensive performance of the devices used. Nickel-based alloy refers to an alloy with nickel as the basic element and still has high strength and certain oxidation corrosion resistance at high temperature of 650-1000 C. Nickel-based precision alloy is one of them, which includes nickel. Base soft magnetic alloy, nickel base precision resistance alloy, etc.
Medium-strength structural alloy casting Category:Nickel alloy casting Nickel-based heat-resistant alloys is a kind of nickel-based alloy, and the common grades are GH738, GH4738 etc. Product Description Nickel-based heat-resistant alloys is a nickel-based alloy. There are many different classifications of nickel-based alloy. Heat-resistant alloy is a material that can be used at high temperatures.For example, chemical and chemical equipment in the petrochemical field, atomic power generation in the energy field, comprehensive utilization of coal and other fields. The main elements of nickel-based heat-resistant alloys are nickel and chromium, and some other elements are also added to improve the solid solution strengthening of the alloy. They can still have high strength and oxidation resistance at high temperatures, and are often used in similar aircraft engines. and other high-temperature parts on the equipment. Nickel-based alloys can dissolve more elements in them, and can still maintain good organizational stability after dissolving the elements. The representative Incoloy alloy series is resistant to corrosion and creep resistance. It can also be used in Stress cracking is prevented to a certain extent.
Nickel based corrosion resistant alloy casting Category:Nickel alloy casting Nickel based corrosion resistant alloy casting, the deoxidation process is strictly controlled during production. Common grades are N08830 etc.Product Description Nickel based corrosion resistant alloy casting, the material cost is higher, but the corrosion resistance is very good.It has applications in aerospace, petrochemical, machinery, marine, environmental protection, energy, food and other fields. Nickel-based corrosion-resistant alloy is based on nickel, plus some other elements, so that it can resist corrosion to a certain extent, generally has austenite structure, common nickel-based corrosion-resistant alloys are nickel-copper alloy, nickel-chromium alloy and many more. Commonly there are NS113, NS131, NS141 and other grades. Nickel-based corrosion-resistant alloys usually need to withstand the corrosion of atmosphere, water vapor, water and other substances, and most of them have austenite structure. According to different elements added, they have targeted resistance to different substances, such as high temperature chlorine resistance. The total of nickel-copper, hydroxide-resistant nickel-chromium alloy, etc.
DL Industry Group Limited is famous supplier, exporter and manufacturer of beryllium relevant products since 2018 Main producs: 1. Beryllium metal Beryllium metal can be used to make beryllium powder, beryllium rods, beryllium foil, etc., and can be used in nuclear reactors, nuclear reactor devices, space telescopes, and medical detection beryllium windows. 2. Beryllium oxide CAS: 1304-56-9. Molecular formula: BeO Beryllium oxide is mainly used in the manufacture of special ceramics, and glass. It can also be used as nuclear reactor fuel and moderator, and as an organic reaction catalyst. 3. Beryllium Copper Master Alloy Other Name: Copper Beryllium Mater Alloy, Beryllium Copper Ingot By adding beryllium copper master alloy during the casting process of beryllium copper alloy, beryllium copper alloy products with high strength, high conductivity and high elasticity can be obtained. Main production: CuBe3.3, CuBe4(Beryllium Copper Master Alloy Be:3.8-4.3) and CuBe10(Beryllium Copper Master Alloy Be>9.8). 4. Beryllium Copper Alloy Trademark: C17100, C17200, C17300, C17500, Jk520, JK38, etc 5. Beryllium Aluminum Master Alloy Main production: AlBe3, AlBe5 Beryllium Aluminum Master Alloy AlBe3 is mainly used for producing magnesium aluminum alloy or named magnalium alloy Beryllium Aluminum Master Alloy AlBe5 is mainly used of producing the aluminium silicon alloy
Cast aluminum-magnesium alloy Category:Aluminum alloy casting Cast Aluminum-magnesium alloy are widely used in the fields of electronics, automobiles, and aerospace. Common grades are 7A09 etc. The main elements of aluminum-magnesium alloy include aluminum and magnesium. The alloy products have high strength, low density and strong heat dissipation capacity, so they are popular in the fields of electronics, automobiles, and aerospace. Common grades are 5052, 5754, 5083, etc. Aluminum alloys have lower cost, superior performance and stronger product competitiveness. The density of aluminum-magnesium alloy is small, so it is lighter under the same volume, and has a certain strength, which can be used for load-bearing. Aluminum-magnesium alloy has strong heat dissipation, and at the same time, it can resist electromagnetic interference and has strong electromagnetic shielding. Its appearance has a certain degree of beauty, is resistant to corrosion, can maintain a good quality of appearance for a long time, and the material is environmentally friendly, and the waste is recyclable.
Nickel-based shape memory alloy casting Category:Nickel alloy casting Nickel-based shape memory alloy casting is mainly used in aerospace and biomedical fields. Common grades are N06600 etc. Nickel-based shape memory alloy casting usually uses a vacuum induction furnace to smelt the master alloy to ensure the composition and control the gas and impurity content.Shape memory alloys are made of springs and other devices, and can also be used as fire prevention devices. It can also be used in various sensors. Nickel-based shape memory alloys usually refer to nickel-titanium alloys. By changing the proportion of titanium in the alloy, the recovery temperature of the alloy can be different. Because of the characteristics of shape memory alloys, it is widely used in the fields of aerospace and biomedicine. important role. Shape memory alloys have a shape memory effect, which can restore the shape before deformation at a specific temperature. At present, it plays an important role in the aerospace field and is used as an interface sealing function in pipeline transportation. In addition, it also plays a role in medicine, and can be used as artificial bones, spectacle frames and so on.
