High-pressure gas PBT modified plastic is a type of high-strength, high-toughness, low-shrinkage modified plastic, widely used in automotive engine hoods, intake manifolds, radiators, and other components. Before use, the following points should be noted:

1. Scope of application. High-pressure gas PBT modified plastic is widely used in the automotive, electronics, and electrical industries. Among them, the automotive industry is the main application scenario, commonly used in automotive engine components and exterior parts. At the same time, this material is also suitable for fields that require high temperature, high strength, and high wear resistance.

2. Characteristics. It has high toughness, low shrinkage rate, high temperature resistance, chemical resistance, and is lightweight with good moldability and not easily deformed, thus it is widely praised. However, this material needs to be used within a certain temperature range; otherwise, it may easily crack.

3. Injection molding precautions. When performing injection molding, attention should be paid to controlling temperature, pressure, and speed while avoiding excessively high or low temperatures as well as excessive pressure and fast speeds; otherwise, it may lead to poor molding or deformation.

4. Storage conditions. During storage, efforts should be made to avoid moisture, direct sunlight, high-temperature environments, etc., to prevent affecting the mechanical properties and chemical stability of the material.

5. Safety operations. When using it, attention should be paid to safe operations to avoid static electricity, sparks, high temperatures, vibrations, etc., to ensure safe production.

In summary, its applicability is broad; before application, attention must be paid to the material's characteristics, injection molding precautions, storage conditions, and safety operations to achieve ideal results.

It is a new composite material made from reinforced high-pressure gas polyester mixed with other modified plastics. It has characteristics such as high rigidity, high strength, and good high-temperature flowability and is widely used in automotive, electronics and electrical appliances, optics and other fields.

Currently, the market demand for high-pressure gas PBT modified plastic is continuously growing. With the development of emerging industries such as smart manufacturing and new energy vehicles, the demand for high-performance engineering plastics will significantly increase. It is believed that in the future, high-pressure gas PBT modified plastic will usher in a broader market prospect.

Domestic well-known automotive companies such as SAIC and BYD have applied high-pressure gas PBT modified plastic in automotive electronic modules, chassis and engine components. Compared with traditional materials, high-pressure gas PBT modified plastic performs better in terms of body stability, fire resistance and explosion resistance.

In the field of electronics and electrical appliances, it has also been widely applied. For example, the shells of electronic devices such as mobile phones and laptops use this material. Its excellent characteristics such as high strength, high heat resistance and high stability ensure the safety and reliability of electronic devices during use.

In summary, high-pressure gas PBT modified plastic has broad application prospects and high market value. With continuous upgrades and optimizations in technology, it is believed that this material will have even broader application fields and market development space.