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Aluminum Die Casting Mould life refers to the number of parts that can be formed under the premise of ensuring the quality of the parts. It includes repeated sharpening and replacement of consumables until the main part of the mold is replaced by the total number of qualified parts formed. The failure of the mold is divided into abnormal failure and normal failure. Abnormal failure (early failure) means that the mold cannot be serviced if it does not reach a recognized life expectancy at an industrial level. The forms of early failure are plastic deformation, fracture, and severe local wear. Normal failure means that the mold is used in mass production and cannot continue to be serviced due to slow plastic deformation or more uniform wear or fatigue fracture. Normal life of Aluminum die casting molds Before the normal failure of molds, the number of qualified products produced is called the normal life of molds, abbreviated as the life of molds.The number of qualified products manufactured after one mold repair to the next repair is called the repair life.Die life is the sum of the first life and each repair life. The life of the mold is related to the shape and structure of the mold. It is a comprehensive reflection of mold material properties, mold design and manufacturing level, mold heat treatment level and use and maintenance level in a certain period of time. The life of the mold reflects the level of metallurgical industry and machinery manufacturing industry in a region and a country to a certain extent.

Material: The material of casting hand wheel is mostly carbon steel The diameter is between 50 to 500mm. According to the standard, the customized inner hole specifications are mostly square and empty, and there are round holes in hexagon. Application: Widely used in valves, there are also many light power machinery industries, industrial and agricultural production or medical, petroleum, mining, chemical and other fields.

Pot products mainly include aluminum pans, stainless steel pans, iron enamel pans, iron pans and non-stick pans cookware. Dongguan Hongge Hardware Technology Co., Ltd. introduces non-stick pans for you now, Non-stick pans have stretching pots and die-casting pots. Die-casting pots are integrally formed by die-casting pots; non-stick products can be divided into different functions according to their functions. Soup pots, frying pans, woks, milk pots, and our most common non-stick pans are soup pots, frying pans, and woks. The non-stick pan can be easily fried and fried without sticking to the bottom, which can minimize the use of oil, and the kitchen is clean and less fumes. It can also help reduce the intake of fat, conform to the modern people's pursuit of low-fat, low-calorie consumption trends, and no harm to the human body. Use and maintenance of non-stick pans 1. When using for the first time, remove the label, rinse with water and wipe dry, apply a thin layer of cooking oil (except butter and lard) for maintenance, and then use it after cleaning. 2.When cooking, avoid sharp spatulas or metal utensils that damage the surface of the nonstick pan. Use heat-resistant nylon, plastic or wooden spatulas. 3.Non-stick kitchen heat transfer uniform, use only medium to small fire, you can cook delicious food. When using a large fire, there must be food or water in the pot. 4. After use, wait for the temperature to drop slightly, then wash with water, can not be immediately washed with cold water. In case of stubborn smudges, you can use hot water plus detergent to clean with a sponge. Do not scrub with a coarse abrasive cloth or metal ball. How can avoid the stains from staying in the pot? If the stains have formed, what should I do? 1. Long-term use of fire. These stains cannot be removed, but they do not affect the non-stick effect of the nonstick. 2. Residual food and oil accumulation. These are usually not really smudges and can be thoroughly cleaned with a sponge using hot water plus detergent. Is the non-stick pan suitable for cooking all food? The non-stick layer of the qualified non-stick pan is an extremely stable substance, which is resistant to acids and alkalis and does not easily react with other substances, so you can safely cook all kinds of food. Is it harmful to the human body when the non-stick surface is peeled off and mixed with food during cooking? The non-stick surface of the qualified non-stick pan is absolutely safe and non-toxic. Even if it is accidentally eaten, it will not be absorbed by the body. It will be excreted and therefore extremely safe. In general, non-stick coatings do not fall off easily when used properly.

Aluminum Die Casting Mould life refers to the number of parts that can be formed under the premise of ensuring the quality of the parts. It includes repeated sharpening and replacement of consumables until the main part of the mold is replaced by the total number of qualified parts formed. The failure of the mold is divided into abnormal failure and normal failure. Abnormal failure (early failure) means that the mold cannot be serviced if it does not reach a recognized life expectancy at an industrial level. The forms of early failure are plastic deformation, fracture, and severe local wear. Normal failure means that the mold is used in mass production and cannot continue to be serviced due to slow plastic deformation or more uniform wear or fatigue fracture.

The die casting aluminum process involves the injection of molten aluminum into molds or casts by using very high pressure. Four essential steps are undertaken in aluminum die casting, first of which is spraying the mold with lubricant and closing the die casting machine. The lubricant is used not only to facilitate casting removal but also to contribute in controlling the temperature of the die casting mold during the die casting process. Next, high pressure is used to inject or shoot the molten aluminum into the mold. The pressure is maintained once the die is completely filled and the casting has solidified. After the aluminum casting has cooled enough, the dies are then opened and ejector pins remove the shots inside. Scraps are separated from the castings, oftentimes through a special trimming device in a hydraulic press or power press. Secondary operations may be necessary in some aluminum die casting that could entail plating, painting or buffing or tapping a hole in the cast parts. The high-pressure injection is the most critical step in Aluminum die casting process. The entire cavity of the die cast or mold has to be completely filled with the molten aluminum before any of the casting`s part solidifies. If the injection or shot is swift enough, there won`t be casting discontinuities even in thin, difficult-to-fill sections of the die cast. HongGe Die Casting manufactures products like soup pots and woks die castings,heat sink die castings, aluminum housings, auto parts ,home furniture accessories,and lighting fixtures. If you would like more information, please visit our company website as below remarks [The Parts We Make Today, We Ship Today" HongGe makes: Aluminum Heat Sinks Die Casting Car Parts Aluminum Hardware Brackets Aerospace Die Casting Parts Military Die Casting Parts Dongguan Hongge Hardware Technology Co., Ltd.Located in No. 168 FenXin River Road,DaFen Community,WanJiang District, Dongguan City, Guangdong Province, China E-mail alicediecastingmoulds@gmail.com Local: (+86) 13728721751 Fax: (0086) 0769-22776702 #diecasting #manufacturing #aluminum #Aluminum Heat Sinks company's website: www.honggecasting.com

The die casting aluminum process involves the injection of molten aluminum into molds or casts by using very high pressure. Four essential steps are undertaken in aluminum die casting, first of which is spraying the mold with lubricant and closing the die casting machine. The lubricant is used not only to facilitate casting removal but also to contribute in controlling the temperature of the die casting mold during the die casting process. Next, high pressure is used to inject or shoot the molten aluminum into the mold. The pressure is maintained once the die is completely filled and the casting has solidified. After the aluminum casting has cooled enough, the dies are then opened and ejector pins remove the shots inside. Scraps are separated from the castings, oftentimes through a special trimming device in a hydraulic press or power press. Secondary operations may be necessary in some aluminum die casting that could entail plating, painting or buffing or tapping a hole in the cast parts. The high-pressure injection is the most critical step in Aluminum die casting process. The entire cavity of the die cast or mold has to be completely filled with the molten aluminum before any of the casting`s part solidifies. If the injection or shot is swift enough, there won`t be casting discontinuities even in thin, difficult-to-fill sections of the die cast. HongGe Die Casting manufactures products like soup pot and wok die castings,heat sink die castings, aluminum housings, Home kitchen accessories,auto parts,and lighting fixtures etc. If you would like more information, please visit our website as below remarks [The Parts We Make Today, We Ship Today" HongGe makes: Die Casting soup pots and woks Aluminum Heat Sinks Die Casting Car Parts Aluminum Hardware Brackets Aerospace Die Casting Parts Military Die Casting Parts etc Dongguan Hongge Hardware Technology Co., Ltd.Located in No. 168 FenXin River Road,DaFen Community,WanJiang District, Dongguan City, Guangdong Province, China E-mail alicediecastingmoulds@gmail.com Local: (+86) 13728721751 Fax: (0086) 0769-22776702 company's website: www.honggecasting.com

The application of modern mold manufacturing technology in China is marked by the application of two major technologies, one is CNC machining technology and the other is computer application technology. 1 CNC machining technology includes: CNC machining technology, CNC machining technology and CNC special processing technology (1) CNC machining technolog CNC turning technology and CNC milling technology in mold manufacturing. (2) Numerical control electric machining technology Such as CNC EDM technology, CNC line cutting technology. (3) CNC special processing technology It usually uses light energy, sonic energy and ultrasonic to complete the processing, which provides a new process and processing method for modern mold manufacturing. 2 computer technology (1) CAD/CAM technology. (2) CAE technology. (3) Simulation technology. (4) Network technology 4 points.

Die casting material, die casting machine and mould are three main factors of die casting production.The so-called die-casting process is the process of integrating these three elements together organically, so as to produce qualified casting or even high-quality casting with stable rhythm and high efficiency, which has good appearance, internal quality, dimension and pattern or agreement requirements. The alloy used in die casting is mainly non-ferrous alloy. As for black metal (steel, iron, etc.), due to the problems of mold materials, it is seldom used.The non - ferrous alloy die - casting is widely used in aluminum alloy, followed by zinc alloy.The following is a brief introduction of die-casting non-ferrous metals. (1), the classification of die casting non-ferrous alloy is blocked mixed contraction free shrinkage lead alloy - 0.2-0.3-0.4-0.4% and 0.5% 0.3% low melting point alloy tin alloy zinc alloy -- -- -- -- -- -- -- - 0.3-0.6-0.4-0.6% 0.4% and 0.8% aluminum silicon is 0.7 0.5-0.3-0.5% - 0.7% - 0.9% of die casting non-ferrous alloy aluminum alloy aluminum copper aluminum and magnesium are 0.9, 0.7-0.5-0.7% - 0.9% - 1.1% high melting point alloyAluminum zinc alloy ----------0.5-0.7% 0.7-0.9% 0.9-1.1% copper alloy. (2) Casting temperature Aluminum alloy of various types recommended by die casting alloy: the average thickness of casting is less than or equal to 3mm. The average thickness of casting is >3mm Aluminum alloy aluminum silicon is 610-650 ℃, 610-650 ℃, 600-620 ℃, 610-650 ℃ Aluminum bronze is 630-660 ℃, 630-660 ℃, 600-640 ℃, 630-660 ℃ Aluminum and magnesium is 640-680 ℃, 640-680 ℃, 640-670 ℃, 650-690 ℃ Aluminum zinc series 590-620 ℃, 590-620 ℃, 580-620 ℃, 600-650 ℃ Zinc alloy 420-440 ℃, 430-450 ℃, 400-420 ℃, 420-440 ℃ Magnesium alloy 640-680 ℃, 660-700 ℃, 640-670 ℃, 650-690 ℃ Copper alloy ordinary brass 910-910-930 ℃ 910 ℃, 900-930 ℃, 900-950 ℃ Silicon brass 900-920 ℃, 900-920 ℃, 910-940 ℃, 910-940 ℃ * Note: the casting temperature is generally measured by the temperature of the metal liquid in the holding furnace; Zinc alloy casting temperature should not exceed 450 ℃, lest the coarse grains.