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Specializing in industrial aluminum profile custom Henan industrial aluminum profile factory, Henan industrial material custom manufacturers, electronic radiator manufacturers, automotive battery tray manufacturers.

Henan Battery Tray Manufacturer Details: Application of Aluminum Battery Trays in New Energy Vehicles

The automotive industry is developing rapidly, but energy issues are becoming increasingly pressing, and the resulting environmental problems are also attracting considerable attention. Developing the new energy vehicle industry is an effective way to alleviate the energy crisis, reduce greenhouse gas emissions, and reduce environmental pollution. Currently, new energy vehicles have become an important direction for the reform of the automotive industry. Henan battery tray manufacturers indicate that with the popularization of energy vehicles in families, government offices, public buses, taxis, logistics vehicles, etc., the annual sales volume of new energy vehicles in China in 2020 will reach more than 5% of the total market demand. Initially, it will be market-oriented and enterprise-led. By 2025, it will rise to about 20%, forming a complete independently controllable industrial chain. According to the national carbon emission reduction targets and the requirements of the primary energy substitution catalog, the annual sales volume of new energy vehicles in 2030 will continue to increase significantly, exceeding 10 million units. The demand and development of new energy vehicles will drive the development of various automotive batteries, lightweight automotive bodies, and automotive parts industries in the new energy era, and will also bring unlimited market opportunities to the aluminum industry. Henan battery tray manufacturers point out that, unlike traditional automobiles, new energy vehicles are powered by batteries, and are subject to limitations in battery weight and cruising range, as well as energy saving and emission reduction.

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Advantages of aluminum profiles for battery trays

Nowadays, the new energy vehicle industry is developing rapidly. Unlike traditional vehicles, new energy vehicles use batteries to power their operation. The battery tray is where the battery cells and modules are fixed to a metal shell in a way that facilitates thermal management. It plays a key role in ensuring the normal and safe operation of the battery. Below, we will discuss the advantages of aluminum profiles for battery trays. The advantages of aluminum profiles for battery trays are their lower density and lighter weight compared to other commonly used metals. With a density of only 2.70 g/cm3, it is 1/3 that of copper or iron. During use, there is no need to consider the required load-bearing capacity. Both cold and hot processes are used in production, resulting in strong corrosion resistance. It has good ductility and can be used to manufacture light alloys containing various metallic elements, resulting in high material quality. In addition to these, compared with other metal materials, aluminum profiles for battery trays have strong plasticity and good productivity, offering significant advantages in production. They have good casting performance and can be processed into aluminum profiles of various shapes. The products also have good surface treatment performance and a bright appearance. In particular, their chemical properties are stable, they are non-magnetic, and they are recyclable. Aluminum profiles for battery trays are a benign and recyclable metal material. They also have a low elastic modulus.

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What information should you know before using battery tray aluminum profiles?

Information you need to know about using battery tray aluminum profiles? We have briefly introduced this before, but we found that many customers still don't understand. Today, we will take this opportunity to explain it to everyone. Hopefully, this will be helpful to those concerned. Battery tray aluminum profiles have a simple production process, requiring only design, cutting/drilling, and assembly; while traditional materials usually require complex processes such as design, cutting/drilling, welding, sandblasting/surface treatment, and surface coating. Of course, this battery tray aluminum profile is mainly because the industrial aluminum profile parts used do not undergo hot welding during the entire production process, so each part can be easily disassembled, and all materials and accessories can be reused; while traditional materials are rarely reused due to factors such as cutting deformation, high costs, and disassembly costs. Because the product has a simple production process, it can save a lot of labor costs; especially when rework is needed due to production errors, it can save several times the labor cost compared to using traditional materials. And its production process does not involve hot welding, the material does not deform, so the assembly precision is high; while traditional materials using hot welding will inevitably deform, thus affecting the assembly precision. In short, battery tray aluminum profiles are characterized by their...

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Precautions for battery tray aluminum profiles

The battery tray aluminum profile industry has a promising future because it offers many benefits to businesses, making it a favorite among customers. To help people better understand, let's discuss the precautions for using battery tray aluminum profiles. When using battery tray aluminum profiles, check the factory certificate of conformity, paying attention to the production date, specifications, technical conditions, company name, and production license number. These markings represent the product's quality and the manufacturer's strength. In fact, the qualification of battery tray aluminum profiles requires a careful check of the surface condition. The color should be bright, the luster good, and the surface free of scratches, bubbles, or other defects that affect the appearance. It is also recommended to carefully observe the surface condition of the product. The product should have a bright color, good gloss, and no obvious scratches, bubbles, or other defects on the surface. In addition, there are some important points to note. Pay attention to the wall thickness of the product; the thickness of the door and window material should not be less than 1.0 mm. Pay attention to the thickness of the surface coating of the battery tray aluminum profile. The film thickness of anodized products should not be less than 10 μm, the film thickness of electrophoretic paint products should not be less than 17 μm, and the thickness of powder coating should not exceed 40-120 μm. Fluorocarbon...

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A Henan industrial material custom manufacturer discusses whether the thickness of aluminum profiles used in engineering and construction has an impact.

Henan industrial material custom manufacturer talks about the influence of the thickness of engineering building aluminum profiles? What factors affect the thickness of engineering building aluminum profiles? What are the requirements for engineering building aluminum profiles when customizing workbenches? The thickness of engineering building aluminum profiles generally refers to its thickness, which is a crucial indicator. One aspect that engineering building aluminum profile merchants often overlook when purchasing engineering building aluminum profiles is the thickness. So, how does the thickness of engineering building aluminum profiles affect the following issues? Let's elaborate below. 1. Weight per meter The thickness of engineering building aluminum profiles is positively correlated with the weight per meter. The thicker the wall, the greater the weight per meter, and naturally, the higher the price. For the same series, different specifications and thicknesses result in different prices. 2. Load-bearing capacity Essentially, the thicker the wall of the engineering building aluminum profile, the better the load-bearing effect. This is also a common misconception among many people when choosing aluminum profiles. Large-scale equipment frames truly require large-scale aluminum profiles, which can not only effectively bear the load but also prevent deformation and shaking during use. 3. Application field Henan industrial material custom manufacturer: A series of engineering building aluminum profiles has different specifications, including lightweight profiles, standard aluminum profiles, and heavy-duty profiles. Each type of aluminum profile has different load-bearing capacities and application fields.

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Introduction to Henan Industrial Material Custom Manufacturers and the Main Uses of Industrially Produced Aluminum Profiles

Introduction to Industrial Aluminum Extrusion Manufacturers in Henan Province and the Main Uses of Industrially Produced Aluminum Extrusions Industrial aluminum extrusions are commonly seen in modern life, with their applications expanding into various aspects of life and gaining widespread use. However, many people are unaware of the specific applications of industrially produced aluminum extrusions. Below, an aluminum extrusion manufacturer will guide you through the applications of industrially produced aluminum extrusions. The applications of conveyor belts and operating tables mainly include five points: 1. Industrially produced aluminum extrusions are a new product of the times. They are mainly used in industrial manufacturing industries, such as automated industrial equipment, production line conveyors, home elevators, automatic dispensing machines, testing equipment, storage racks, electronic component machinery manufacturing, clean rooms, etc. 2. Large and medium-sized conveying machinery and equipment. They can be well-planned and have a protective function, which are commonly known as aluminum extrusion guardrails and aluminum extrusion protective covers. 3. Material racks, trolleys, and factory production line warehousing and logistics units are also very important. For example, material racks, mobile trolleys, indoor stairs, and foot pedals are all made of industrially produced aluminum extrusions! 4. Due to their light weight and corrosion resistance, aluminum extrusions are also suitable for medical applications, such as stretchers, medical machinery, and medical beds. 5. Machinery manufacturing industry.

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Henan Industrial Material Custom Manufacturer: How to perform tensile testing on engineering building aluminum profiles

Henan industrial material custom manufacturer talks about how to stretch engineering building aluminum profiles 1. Check whether the hydraulic system is leaking oil and whether the standard air pressure is correct. 2. Check whether the conveyor belt, roller track, and placement platform are damaged or scratched. 3. Before stretching the engineering building aluminum profile, determine the length of the aluminum profile, then pre-determine the stretching speed, and determine the stretching length, which is actually the movement of the main hydraulic chuck. 4. Determine the clamping method according to the shape of the aluminum profile. For large cross-section hollow aluminum profiles, they can be inserted into the stretching pad, but try to maintain sufficient clamping area. 5. When the aluminum profile is cooled to around 50 yuan, gradually stretch the aluminum profile. 6. When the aluminum profile is bent and warped at the same time, correct the warping first, then bend it. 7. Test pull first to determine whether the determined stretching speed and clamping method are suitable. 8. When the normal stretching rate, bending, warping, or structural dimensions cannot meet the standards, the extrusion should be stopped immediately. 9. The aluminum profiles on the cooling table cannot rub, impact, or overlap each other to avoid scratches. Henan industrial material custom manufacturer: The following matters need attention during the stretching operation of engineering building aluminum profiles 1. Only when the engineering building aluminum profile is cooled to 5

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Manufacturers of industrial aluminum profiles for transportation: Characteristics of industrial aluminum profiles

Manufacturers of industrial aluminum profiles for transportation believe that there are thousands of specifications and models of industrial aluminum profile accessories, and each accessory plays an important role within its own scope of use. It is because of their existence that the diversity of connections between profiles is possible, allowing customers to tailor their framework products. So what are the functions of industrial aluminum profile accessories? 1. Fixing function. Manufacturers of industrial aluminum profiles for transportation believe that as an accessory, its main function is to fix. By fixing two or more profiles together, framework products can be constructed. Bolts and nuts are the main fixing components. 2. Connecting function. The connecting and fixing functions are similar, but the connecting function can penetrate into the interior of the profile, connecting and fixing from the inside, resulting in a better appearance. Fixing accessories are mainly used for profile curved surfaces, hence the difference. In addition to various connectors, such as built-in connectors and anchor connection pins, there are also hexagonal bolts, semi-circular head bolts, etc. 3. Supporting function. Manufacturers of industrial aluminum profiles for transportation believe that some aluminum accessories are used for support. For example, feet, casters, and squares. They are mainly used at the bottom of the profile frame to provide support, with shock-proof and stable effects. 4. Decorative function. Some aluminum accessories are used for decoration; these accessories can be chosen or not. Because

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