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Industry Thermally Conductive Magnesium Alloy Bar Excellent Machining Performance1
Magnesium Alloy, Magnesium Alloy Bar, Magnesium Bar
Dong Guan Jubo Magnesium Metal Material Co., Ltd
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Product Description Industry Thermally Conductive Magnesium Alloy Bar Excellent Machining PerformanceThe reason why magnesium alloy bars have been able to penetrate rapidly into aerospace, automobiles, electronics and other fields is mainly due to their irreplaceable advantages in four dimensions: lightweight, performance adaptability, processing efficiency and environmental friendliness. These advantages directly address the core needs of the industrial sector: "weight reduction and consumption reduction, quality improvement and efficiency enhancement, and green sustainability." When used in areas such as automobiles and aviation where weight reduction is a "must-have," it can reduce component weight by 30%-50%-for example, replacing steel with magnesium alloy bars in automobile chassis components can reduce the weight of a single vehicle by 15-30kg and reduce fuel consumption by 0.3-0.6L per 100 kilometers (new energy vehicles can increase endurance by 10%-15%). The use of magnesium alloy bars in fuselage support shafts, seat frames and other components in the aerospace field can significantly reduce the weight of the entire aircraft, reducing fuel consumption and takeoff thrust requirements.Physical Properties:1. Lightweight: With a density of approximately 1.8g/cm3, this material is significantly lower than steel and most aluminum alloys, effectively reducing component weight and offering significant advantages in aerospace, automotive, and other fields.2. Excellent Heat Dissipation: It exhibits excellent heat dissipation, rapidly dissipating heat, helping to reduce heat generated during operation and improving device stability and reliability.3. Excellent Electromagnetic Shielding: It exhibits excellent electromagnetic shielding properties, capable of completely absorbing electromagnetic interference exceeding 100dB. It can be used in electronic communications equipment, for example, where electromagnetic shielding is critical.Characteristic good cutting performanceallow higher cutting speedlonger tool life than other metalsGood chip breaking propertyNo need to coolant or lubricant. shorter cutting timeobtain a good surface finishtemperature conductivityrarely appear chip tumor Product advantages: Light weight. Magnesium metal is the lightest metal material in the world .High specific strength .magnesium alloy has a high strength and quality, it also has a certain bearing capacity.mall modulus of elasticity. has better strength and anti-seismic and not easily distortion .Good anti electromagnetic interference and shield .Non pollution and recycle.Stable dimensionally and easy processing. Alloy ElementTypeChemical Composition%Other elements bMgAlZnMnCeZrSiFeCaCuNiBeSub-totaltotalMgAlZnAZ31BBalance2.5-3.50.6-1.40.1-0.2------<=0.08<=0.003<=0.04<=0.01<=0.001---<=0.05<=0.30AZ40MBalance3.0-4.00.2-0.80.15-0.5------<=0.10<=0.05---<=0.05<=0.005<=0.01<=0.01<=0.30AZ80ABalance7.8-9.20.2-0.80.12-0.5------<=0.10<=0.005---<=0.05<=0.005------<=0.30AZ91DBalance8.5-9.50.45-0.90.17-0.4------<=0.08<=0.004---<=0.025<=0.0010.0005-0.003<=0.01<=0.30MgMnM2MBalance<=0.20<=0.301.3-2.5------<=0.10<=0.05---<=0.05<=0.007<=0.01<=0.01<=0.20MgZnZrZK61MBalance<=0.055.0-6.0<=0.10---0.3-0.9<=0.05<=0.05---<=0.05<=0.005<=0.01<=0.01<=0.30MgMnReME20MBalance<=0.20<=0.301.32-2.20.15-0.35---<=0.10<=0.05---<=0.05<=0.007<=0.01<=0.01<=0.30 Application1. Aerospace:Used in structural connectors (such as fuselage frame support rods and door hinge shafts) and onboard equipment brackets (such as radar system mounting rods) for small and medium-sized aircraft. Because magnesium alloys have a higher specific strength than aluminum alloys, they can further reduce aircraft takeoff weight and improve fuel efficiency while meeting strength requirements. (High-purity rods such as AZ80 and ZK60 are commonly used in the aviation industry.)2. Automotive:Used in the processing of engine peripheral components (such as engine mounts and valve covers), transmission system parts (such as drive shaft joints and transmission shift forks), and chassis components (such as suspension control arms and lightweight steering knuckle bushings). For example, some new energy vehicles use magnesium alloy rods to manufacture chassis connectors to reduce weight and extend driving range, achieving a weight reduction of 40%-50% compared to traditional steel parts.Workshop demonstration (through strict quality management system)Plate forging workshopPlate rolling workshopPrecision machining workshopExtrusion workshopRod forming workshopTesting workshopAdvantages of our factoryOur company have advanced die-casting, extrusion, forging, rolling, casting processing production line and precision testing equipment. Also established technical and magnesium profile research center. We have professional technical team and experienced staff members, for the production of high purity magnesium, magnesium alloy smelting, extrusion profile products quality and testing to provide a reliable technical assurance.
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