Mingtai al

  In today’s daily life, disposable meal boxes are indispensable for eating on the go, take-out packaging, or going for a picnic. Aluminum foil containers are comparatively safer, more hygienic, and environmentally friendly. Aluminum foil containers are primarily made from 3xxx or 8xxx series aluminum foil as raw materials, and they are fabricated through specialized equipment. These types of containers are widely used in food processing as they effectively seal in freshness and extend the shelf life of food products The specifications for aluminum foil used in aluminum foil food containers are based on  3004 aluminum foil . The thickness usually ranges from 0.03mm to 0.1mm, and it is primarily used for single-compartment meal containers. It has high strength, excellent resistance to deformation, and good formability, making it highly favored in the market. Currently, Mingtai Aluminum’s advantages in 3004 container foil are as follows: 1. Mingtai Aluminum has a relatively adva...

  Aluminum plate is commonly used in CNC machining centers, and aluminum is a commonly used material in the mechanical processing industry.   6061-T6 aluminum plate   has excellent corrosion resistance, high strength, and good anti-oxidation effects. Therefore, it is widely applied in various fields such as automation machinery parts, automobile chassis, and molds. Machining_Industrial Processing_6061 Aluminum Plate Specification for CNC Machining Thickness (mm): 0.3-500 Width (mm): 500-2650 Length (mm): 500-16000 Material state: O, T4, T6, T651, F Typical applications: phone card slots, phone cases, molds, automobiles, precision machining, etc. What is the price of CNC machining using 6061-T6 aluminum plate at Mingtai Aluminum for industrial processing? Mingtai Aluminum , located in Henan, is a manufacturer specialized in machining, industrial processing, and CNC machining using 6061-T6 aluminum plate. We offer competitive prices as we are a direct supplier. Mingtai Alum...

  Photovoltaic inverters are crucial electronic components in solar power systems and play a significant role in determining the power generation of a solar plant. They account for 5%-7% of the total investment in the plant and involve advanced technology. Inverter casings are made of aluminum. The specifications of the aluminum alloys used for photovoltaic inverters include: Common alloy grades: 1060, 1070, 5052 (O temper) Our company’s new product: 3004-O aluminum alloy deep-drawn product Stretching depth: 100-220mm Inverter casings are made of aluminum. The advantages of using 1060|1070|5052 aluminum alloy for photovoltaic inverters includ 1. Tensile strength. 5052>3004>1060/1070 Due to the higher hardness of  3004 alloy  compared to  1070 alloy  in the same temper, it can be used as a substitute in order to reduce the thickness of the casing and consequently lower the product procurement cost. In cases where the performance is similar or equivalent, th...

  Battery pack: Generally, it is composed of multiple battery cells combined together. Additionally, it includes features such as a battery management system (BMS). It is the final product provided to users by the battery manufacturer. With the continuous advancement of lithium battery technology, there are now various categories of lithium batteries available, such as cylindrical cells, pouch cells, and prismatic cells with aluminum casings. As the demand for larger capacity in electric vehicles increases, cylindrical cells are more suitable for smaller capacities, while pouch cells and prismatic cells with aluminum casings are currently more suitable for high-capacity power batteries. The prismatic  aluminum for new energy battery packs  is widely adopted by domestic automotive companies, thanks to its high energy density, low integration difficulty, and the packaging process that helps reduce the gaps between cells, making the overall structure more compact. The new en...

  With the increasing energy density and power density of the power batteries in new energy vehicles, the battery charge and discharge rates are higher, leading to increased heat generation. Traditional cooling methods such as natural cooling or air cooling are no longer sufficient to meet the requirements. Water cooling has gradually become the mainstream cooling method. The water cooling plate is an important component of the cooling management system for power batteries in new energy vehicles, effectively cooling and protecting the batteries. The water cooling plate for power batteries in new energy vehicles has excellent performance using 3003 aluminum alloy sheet. The main element in  3003 aluminum sheet  is manganese, which provides excellent corrosion resistance. It is lightweight and has high formability for stamping. It has excellent processing properties and good weldability. It exhibits good resistance to corrosion and oxidation, high toughness, avoids deformat...

  The battery cooling system of new energy vehicles mainly consists of the battery, battery cooler, and water cooling plate, among other important components. It is a vital part of the thermal management system of new energy vehicles. The automotive water cooling plate is typically placed beneath the battery module. The water cooling plate components in new energy vehicles are used in environments and conditions that require load-bearing capability and corrosion resistance. Therefore, it is necessary to develop high-strength and highly corrosion-resistant brazed composite materials to meet the design and application requirements of different water cooling plates. Aluminum sheets for automotive liquid cooling radiators, aluminum brazed liquid cooling plates, cooling plates made of 3003 aluminum 3003 aluminum sheet is an AL-Mn series alloy and is a commonly used anti-rust aluminum product in the aluminum-manganese alloy series. This alloy has moderate strength (slightly higher than i...