Co děláme

Automobilový průmysl

Automobilové díly

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Venkovní sporty

Díly a komponenty pro jízdní kola / E-bke / skútry

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Elektronika 3C

Tenkostěnné pouzdro pro 3C Electronics

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UAV

Lehké díly pro bezpilotní letoun

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Kdo jsme

Taishan Zhongmei Technology Co. Ltd je předním dodavatelem, který se specializuje na tlakové lití z hořčíku a slitin hliníku, Tixomolding, Squeeze Casting díly pro automobilový průmysl, UAV, 3C elektroniku, dvoukolky, certifikované podle IATF16949:2016 a ISO9001:2015.

Má šest velkých dílen a jedno výzkumné a vývojové centrum celkem na 120 000 metrech čtverečních s roční kapacitou 50 000 tun. Celkem přes 300 zaměstnanců, z toho 70 inženýrských a technických štábů.

Kompletní průmyslový řetězec v naší společnosti, včetně materiálového výzkumu, designu a výroby nástrojů, HPDC, thixomoldingu a lisování, CNC obrábění, povrchové úpravy...

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Komu sloužíme

Naši zákazníci pocházejí z vysoce náročných průmyslových odvětví, kde je kvalita nejvyšší prioritou. Náš cíl kvality s nulovými vadami znamená, že jsme preferovaným dodavatelem mnoha předních světových výrobců a náš přístup k hodnotovému inženýrství znamená, že můžeme poskytovat řešení pro většinu průmyslových odvětví.

Novinky společnosti

Magnesium alloy die-cast LED display frame: a perfect combination of process, performance and innovation

2024-9-7

In the field of LED displays, the frame is a key part of the support and protection structure. The choice of its material and process is directly related to the overall performance and lifetime of the display. The magnesium alloy die-cast LED display frame has become a leader in the industry with its unique process, excellent performance and continuous innovation. 1. Exquisite process, casting perfect shape The magnesium alloy die casting process is a technology that injects molten magnesium alloy liquid into the mold, forms it under high pressure, and cools it to solidify. This process not only ensures the accuracy and consistency of the frame structure, but also makes the surface of the frame smoother and more delicate, reducing the cost and difficulty of subsequent processing. At the same time, the high fluidity of the magnesium alloy enables the formation of complex internal structures and fine textures during the die-casting process, meeting the dual requirements of the LED display...

Exquisite craftsmanship and excellent performance of magnesium alloy die castings

2024-9-7

In the vast starry sky of material science, magnesium alloys have gradually emerged with their unique charm, especially in the application of die casting technology, showing extraordinary creativity and value. Magnesium alloy die-casting products, as an outstanding representative in this field, have become an indispensable part of modern industrial manufacturing with their light weight, high strength, excellent heat dissipation performance and exquisite appearance. A model of lightness The density of magnesium alloy is only about 2/3 of that of aluminum alloy and 1/4 of that of steel, which enables magnesium alloy die-cast products to significantly reduce weight while achieving the same function or load capacity. In today's pursuit of high efficiency, energy saving and environmental protection, lightweighting has become an important trend in many industries, such as automotive, aerospace and consumer electronics. Magnesium alloy die castings have brought unprecedented changes to these industries with their unique lightweighting advantages that not only improve product performance, but also reduce energy consumption and...

Magnesium alloy die casting: the art of fine operation

2024-8-22

As an advanced metal processing technology, magnesium alloy die casting occupies an important position in industrial production with its unique advantages. This article will thoroughly analyze the magnesium alloy die casting process from four aspects, focusing on its operation details and technical points, without including application fields, innovations and future prospects. 1. Material Preparation and Melting The first step in the magnesium alloy die casting process is material preparation and melting. High quality raw materials are the basis for ensuring the quality of the final product. When selecting materials, factors such as chemical composition, purity and physical properties of magnesium alloys must be considered. Temperature control is particularly critical during the melting process. The melting point of magnesium alloys is relatively low and the melt is easily oxidized, so inert gas (such as argon) is required for protection to prevent oxidation and combustion. At the same time, the temperature of the melting furnace must be precisely controlled to ensure that...

Magnesium alloy die cast auto parts: Precision Operation Behind Exquisite Craftsmanship

2024-8-14

In the modern automobile manufacturing industry, magnesium alloy die casting technology, with its unique advantages, is gradually becoming an important means of producing high-performance and lightweight auto parts. This article will thoroughly analyze the production process of magnesium alloy die-cast auto parts from the operation level, and explore its process sophistication and operation rigor, without including specific application areas, innovative highlights and future prospects. Mold Design: A Combination of Precision and Art It all starts with mold design. Mold design for magnesium alloy die-cast automotive parts is the cornerstone of the entire process, and its quality directly affects the molding effect of the final product. During the design process, engineers must fully consider the structural characteristics, molding process and material flow of the parts, and design molds that meet product requirements and are easy to operate through precise calculations and simulations. This process requires not only in-depth technical knowledge, but also rich practical experience to ensure the precision and durability...

Magnesium alloy thixoforming technology: a work of art that shapes lightness and strength

2024-8-7

In the vast world of materials science exploration, magnesium alloy thixoforming technology with its unique charm is quietly leading a silent revolution in the manufacturing industry. This technology has not only profoundly changed the traditional face of metal processing, but also demonstrated extraordinary potential and value in the fields of precision manufacturing and lightweight design. Today, let us enter the world of magnesium alloy thixoforming products and feel the beauty of its craftsmanship and excellent performance, without mentioning specific applications, innovative highlights or future prospects, but focusing only on its essence and charm. Magnesium alloy: the perfect combination of lightness and strength As one of the lightest metal structural materials, magnesium alloy has a density of only two-thirds that of aluminum alloy and one-quarter that of steel, yet it can maintain low weight while exhibiting good mechanical properties and corrosion resistance. This feature makes magnesium alloys highly preferred in the modern society that strives for lightweighting, energy conservation and emission...

Magnesium alloy: properties, manufacturing process and application prospects of lightweight and high-strength materials

2024-7-12

Magnesium alloy is an alloy material with magnesium as the main component and doped with other metal elements (such as aluminum, zinc, manganese, silicon, etc.). Due to its unique physical and mechanical properties, magnesium alloys have been widely used in many fields. This article will introduce the characteristics, classification, manufacturing process and application of magnesium alloys in various industries. Characteristics of Magnesium Alloys 1. Light weight and high strength: Magnesium is the lightest structural metal with a density of about 1.74 g/cm3, which is about one third lighter than aluminum, but has a higher specific strength (strength/weight ratio). This lightweight, high-strength property makes magnesium alloys very attractive in applications that require weight reduction. 2. Good thermal and electrical conductivity: Magnesium alloys have good thermal and electrical conductivity and are suitable for applications that require efficient heat dissipation. 3. Good machinability: Magnesium alloys are easy to machine, have low cutting resistance and high cutting speed, so they can be efficiently processed...

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