Heavy Exhibition Notice! Bengbu Longhua Die Casting Machine Co., Ltd. is about to debut at the Aquaflame by aquatherm moscow & Airvent 2025！ Exhibition time: February 4th to February 7th, 2025 Venue: Crocus Exhibition Hall, Moscow, Russia Booth Number: Hall 14 B7145 Welcome to our booth to explore the future of the HVAC (radiator) industry together! Longhua die-casting machine, casting golden brilliance! Важное объявление о выставке! Компания Bengbu Longhua Die Casting Machine Co., Ltd. примет участие в Международной выставке отопления, сантехники, водоочистки, оборудования для бассейнов и вентиляции в России 2025 года! (Aquaflame by Aquatherm Moscow & Airvent 2025) Даты выставки: 4 февраля – 7 февраля 2025 года Место проведения: Россия, Москва, выставочный центр «Крокус Экспо» Номер стенда: зал 14, стенд B7145 Приглашаем посетить наш стенд и обсудить будущее отопительной отрасли (радиаторы) вместе с нами!   Longhua Die Casting Machine – создаем блестящее будущее вместе!

1. Temperature Recommended crucible temperature: 415-430℃. For thin and complex zinc alloy parts, the temperature can be taken to the upper limit. But do not exceed 430℃. Too high temperature can easily lead to; aluminum and magnesium in zinc alloy will be lost; oxide and Fe content will increase, resulting in more slag. Temperature observation with naked eye: a. If the molten liquid is not too viscous and clear after scraping the slag, and the slag is not very fast, it means that the temperature is appropriate. b. If the molten liquid is too viscous, it means that the temperature is too low. c. After scraping the slag, a layer of white frost will soon appear on the liquid surface, the zinc liquid will turn red, and the slag will be too fast, indicating that the temperature is too high and should be adjusted in time. After the furnace has been used for a long time, the temperature display may have errors. It is recommended to use a temperature probe to directly detect the zinc liquid. 2. Alloy preheating Alloy preheating can evaporate the water vapor remaining on the alloy to avoid the risk of explosion: At the same time, it can also reduce the temperature fluctuation caused by the material setting and try to ensure the consistency of process parameters. The alloy ingot can be placed at the furnace for preheating. 3. Alloy feeding If conditions permit, alloy feeding should be as small as possible and fed multiple times, which can also reduce the temperature fluctuation caused by feeding and ensure the consistency of process parameters as much as possible. 4. Centralized melting Centralized melting can ensure the consistency of alloy liquid temperature and composition as much as possible. 5. Peripheral tools Avoid contact between iron tools and zinc liquid to avoid increasing the iron content. Stainless steel tools can be used. 6. Impurities Try to avoid adding some dust, sand and other debris on the ground to the crucible together with the material head. Impurities will be generated, resulting in poor electroplating. Those with sawing machines or grinders should pay more attention. The iron powder, iron sand and stainless steel cutting powder inside should not be poured into the crucible, which will cause poor electroplating and pimples. If there is such a situation, it is best to isolate it from the die-casting machine workshop to avoid unnecessary trouble.

Nondestructive testing technology plays an important role in workpiece quality inspection due to its non-destructive, efficient and fast characteristics. It can quickly detect defects on the surface of workpieces without damaging the workpieces. However, nondestructive testing is not able to detect hidden defects inside the workpiece, such as pores and shrinkage holes. To make up for this shortcoming, "metallographic testing" as a destructive testing method came into being. This method can accurately detect micron-level defects inside the casting by cutting specific sections of the casting for precise analysis. Although metallographic testing is impeccable in accuracy, its cost is relatively high and the testing process is time-consuming. More importantly, the workpiece being tested cannot be restored after the test and can only be used once, which undoubtedly increases production costs and resource consumption. So is there a fast, accurate, and relatively low-cost testing method? The answer is: X-Ray nondestructive testing. As of today, X-Ray has been widely used in the field of nondestructive testing of castings, and has evolved into two schools according to different application scenarios and customer needs, namely 2D and 3D. Among them, 2D testing has been widely used by major OEMs and their suppliers due to its fast imaging speed and the ability to achieve 100% online full inspection, and has also spawned corresponding industry and corporate standards. The most widely accepted and used are the industry standards formulated by ASTM and the corporate standards established by OEMs.

Aluminum casting molds are useful in several industries that include but are not limited to the following: Aerospace Aircraft requires components engineered for more reliable performance or else, there will be risks of equipment failure during critical applications. The high durability, lightweight property, and relative affordability of the aluminum die castings are the reason why these are recommended for aircraft. Agriculture Aluminum die castings in the industry of agriculture are integrated into various different machines like combine harvesters and tractors. The components provide reliability and durability that make them ideally used in such demanding applications. Consumer Products Aluminum die castings can be found in various consumer products. These components help guarantee that the finished products are durable and lightweight. Recreational vehicle Several recreational vehicle and equipment parts are also made with the use of the process of aluminum die casting. Good examples of aluminum die cast parts of recreational vehicles include functional and structural components and cosmetic components. With the help of aluminum die casting machine, the die casting process is made easier, simpler, and faster.

With new year coming, Bengbu Longhua Die Casting Machine wishes to express our sincerest gratitude and send warm New Year greetings to all our loyal customers worldwide. As the leading provider of high-quality die casting machines, we are thrilled to celebrate this special time of the year with you. At Bengbu Longhua, we understand the significance of Christmas and the joy it brings. It is a time to come together, share laughter, and create everlasting memories. We value our customers' trust and support, and this Christmas, we want to show our appreciation.With our state-of-the-art die casting machines, we aim to help your business thrive in the coming year. From efficient production processes to superior quality outputs, our machines are designed to meet your specific needs. Our advanced technology combined with our commitment to customer satisfaction sets us apart as a trusted partner. As the year comes to an end, we pledge to continue delivering innovative solutions that drive success for your enterprise. Our dedicated team of experts is always ready to assist you, providing exceptional customer service, technical expertise, and timely support. Christmas is coming, Bengbu Longhua Die Casting Machine sends warm wishes and blessings to each and every one of our valued customers. May your festivities be filled with happiness, love, and prosperity. As we bid farewell to the old year and welcome the new, let us embark on a journey of growth and success together. Thank you for choosing Bengbu Longhua Die Casting Machine. Merry Christmas and a Happy New Year!

On December 16, 2024, the 39th anniversary celebration of the Hong Kong Foundry Industry Association and the inauguration ceremony of the 21st Council members were held in the Baile Jinyan International Banquet Hall in Kowloon Bay, Hong Kong. This grand event not only witnessed the official inauguration of the new council members of the Hong Kong Foundry Industry Association, but also demonstrated the unity and vigorous vitality of the Hong Kong foundry industry. With the solemn national anthem, the ceremony officially kicked off. Ms. Liang Shiya, President of the Hong Kong Foundry Industry Association, delivered a passionate speech. She first expressed her warm welcome and heartfelt thanks to the guests present, and was particularly grateful for everyone's trust and support, allowing her to be re-elected as the President of the Hong Kong Foundry Industry Association. President Liang Shiya reviewed the challenges and opportunities faced by the industry in the past two years, and expressed her gratitude for the support of member companies, friendly chambers of commerce and industry colleagues, as well as the hard work of the General Association team. It is these efforts that have enabled the Hong Kong foundry industry to move forward steadily. Brother associations/societies from many provinces and cities across the country and well-known industry media also came to watch and congratulate. China Foundry Association, Foundry Branch of Chinese Mechanical Engineering Society, Gongxiang Group, Guangdong Foundry Industry Association, Jiangsu Foundry Society, Jiangsu Foundry Association, Guangxi Mechanical Engineering Society Foundry Branch, Jiangxi Foundry Association, Shaanxi Mechanical Engineering Society Foundry Branch, Shanghai Die Casting Technology Association, Die Casting Weekly Media and other organizations presented gifts and accepted return gifts.

A "non-ferrous die casting machine" is a machine used to cast metal parts from non-ferrous metals, meaning metals that do not contain iron, such as aluminum, zinc, magnesium, copper, or brass, by injecting molten metal under high pressure into a closed mold (die) to create the desired shape; essentially, it's a die casting machine specifically designed to work with non-ferrous alloys. Key points about non-ferrous die casting machines: Metal types: Commonly used non-ferrous metals for die casting include aluminum, zinc, and magnesium, each with different properties and applications depending on the desired strength, weight, and corrosion resistance. Machine types: Die casting machines can be categorized as "hot chamber" or "cold chamber" depending on how the molten metal is delivered to the mold. Hot chamber machines are often used for low-melting point metals like zinc, while cold chamber machines offer more flexibility for a wider range of alloys. Advantages of non-ferrous die casting: High precision: Can produce complex shapes with tight tolerances. Lightweight parts: Ideal for applications where weight reduction is crucial. Good surface finish: Often requires minimal post-processing. Choose our reliable non-ferrous metal die casting machines and take your production capabilities to new heights. Contact us today to learn more about our innovative solutions and how they can benefit your business.

Die casting is a widely used process in the manufacturing industry for producing accurate, high-quality metal parts. Two popular types of die casting machines are the horizontal and vertical die casting machines. While they serve the same purpose of injecting molten metal into a mold cavity, there are distinct differences between the two. Horizontal Die Casting Machine: A horizontal die casting machine, as the name suggests, operates in a horizontal orientation. This machine is designed to inject molten metal, such as aluminum, into the mold cavity using a horizontal shot chamber and a hydraulic system. The mold is securely fixed in a horizontal position, and the molten metal is injected horizontally into the mold cavity. Advantages of Horizontal Die Casting Machines: 1. Efficient Cooling: Horizontal die casting machines provide better natural air cooling due to their horizontal orientation, resulting in faster solidification of the molten metal. 2. Better Casting Complexities: These machines are ideal for producing complex and large-sized parts since they allow for multi-directional flow of the molten metal, ensuring even distribution within the mold cavity. 3. Easier Mold Changes: Horizontal die casting machines typically offer a simpler and quicker mold change process, making it more convenient and efficient for production. Vertical Die Casting Machine: In contrast, a vertical die casting machine operates in a vertical orientation. The molten metal is injected from the bottom of the machine into the mold cavity that is positioned vertically. The mold is securely held in the vertical position during the casting process. Advantages of Vertical Die Casting Machines: 1. Reduced Metal Oxidation: The vertical orientation of these machines minimizes the exposure of molten metal to the atmosphere, resulting in reduced metal oxidation and improved casting quality. 2. Smaller Footprint: Vertical die casting machines generally have a smaller footprint compared to their horizontal counterparts, making them suitable for space-restricted production facilities. 3. Enhanced Gravity Filling: Gravity plays a crucial role in the vertical die casting process, allowing for better control and consistency in the flow of molten metal into the mold cavity. In summary, the main difference between horizontal and vertical die casting machines lies in their orientation and the way molten metal is injected into the mold cavity. The choice between the two depends on the specific requirements of the production process, including the size and complexity of the parts, cooling requirements, and available space. Both types of machines have their advantages and are widely used in the die casting industry to meet manufacturing needs.