Automotive machining electric vehicles are more environmentally friendly than gasoline driven vehicles, not only because gasoline driven Car dependency rely on fossil fuels, but also because they are more efficient.

The outbreak of new energy cannot be separated from the support of aluminum materials, and the sales of new energy vehicles have reached a new high this year! According to statistics, China's production and sales of new energy vehicles have reached 2.566 million and 2.542 million respectively, a year-on-year increase of 1.8 times. By 2025, China's new energy vehicles will account for 35% of total vehicle sales, and the new energy vehicle processing industry will enter a golden period of development.

Metamaterial -- from engineering materials to engineering materials

As one of the frontier directions in the field of materials science, Metamaterial have experienced vigorous development in the past 20 years. Today, Metamaterial have expanded to include Electromagnetism, a large class of artificial material systems with extraordinary and high performance covering many fields such as optics, mechanics, heat and acoustics.

Aluminum profiles for heat dissipation fins

1. Quality requirements for ingots

2. Requirements for molds

3. Reduce squeezing force

4. Extrusion process

Five Advantages of Aluminum Anodizing Manufacturers' Products Introduction

1. Bottom layer for spray painting and electroplating.

2. Prevention of product corrosion.

3. Protection and decoration.

4. As a hard wear-resistant layer.

5. As an insulation layer for electricity:.

Industrial aluminum alloy profiles are a common consumable in automated production. Due to their excellent physical properties, they are widely used in industrial automation and have become materials for customized equipment frame brackets and safety fences.

Aluminum alloy is the most widely used non-ferrous metal structural material in industry, and has been widely used in aviation, aerospace, automotive, mechanical manufacturing, shipbuilding, and chemical industries.

Pure aluminum is divided into smelting products and pressure processed products. The former is represented by Chemical composition Al, and the latter is represented by Pinyin LV (aluminum, industrial). Aluminum alloys can be divided into two categories according to processing methods: deformed aluminum alloys and cast

Surface treatment and coloring of aluminum alloy to make it look beautiful and elegant, improve its wear and corrosion resistance, make it more durable, and meet the application of aluminum alloy in modern social decoration.

The traditional surface pre-treatment process for aluminum profiles with sand surface is to use chemical sand surface method, which uses alkali etching to form a sand surface on its surface. However, this is an unreasonable process with high aluminum consumption, alkali consumption, and acid consumption.