Advantages of masterbatch:
A new type of masterbatch has excellent performance and functions, and can reflect good use value in the production of plastic bottles. This new masterbatch can make plastic bottles have an aluminum glossy appearance. It is reported that the gloss and texture of the material are very similar to metal, but the cost is lower. This new masterbatch performs well in the production of plastic bottles, giving plastic bottles good gloss and certain advantages in appearance, ensuring good use effects.
The requirements of plastic products for masterbatch are gradually increasing:
Today, with the promotion and popularization of "high-performance plastic materials", the requirements of plastic products for masterbatch are no longer limited to the "coloring" level. Many plastic-related industries have also put forward corresponding requirements for masterbatch according to the differences of their products themselves, which enables masterbatch manufacturers to develop a series of masterbatch products with multiple composite functions according to the market and application. In other words, masterbatch products not only provide plastic coloring functions, but also provide plastic products with "aging resistance", "heat resistance", "antibacterial", "enhancement" and other functional characteristics according to the application of plastic products. Below, we will classify and explain which industrial applications black masterbatch provides irreplaceable help for in our real life according to the different main additional functions that black masterbatch can provide.
1. Anti-ultraviolet function Automobile manufacturing: Plastics are now widely used in the automobile industry. In the interior and exterior decoration of the car, such as the beautiful center console like piano paint, the matte imitation leather dashboard, and the sturdy energy-absorbing bumper, all have the contribution of black masterbatch. It not only provides excellent color performance for the above-mentioned automotive interior parts, but also as the most commonly used UV absorbing material, it also uses its own characteristics to act as a protective umbrella for automotive plastic parts to prevent UV rays from damaging these beautiful automotive parts. Pipes for urban construction and agricultural irrigation: The current urban pipeline network transformation in full swing and the agricultural irrigation energy conservation and emission reduction projects proposed by the state are also industries where masterbatches are widely used. Such as municipal water supply pipes, gas water supply pipes, agricultural water-saving drip irrigation pipes, etc. in the western region. Masterbatches not only provide coloring properties for these pipes, but also provide anti-ultraviolet and anti-oxidation functions.
Wire and cable industry:
Masterbatches are widely used in plastic sheath materials for high-voltage overhead cables, communication cables, optical cables and other cables, playing an anti-oxidation and anti-ultraviolet role.
Geotechnical materials:
Masterbatches are also widely used in geotextiles and geogrids used in highway construction, which play a role in resisting ultraviolet rays and increasing the life of geotechnical materials.
2. Electrostatic protection function Electronic and electrical manufacturing industry:
For the microelectronics industry, the presence of static electricity is extremely harmful. It will break down capacitors and damage electronic circuit boards. If not handled properly, it may even cause fire hazards due to circuit short circuits. We can use the conductivity of black masterbatch pigments - "carbon black" to fundamentally solve the problem of static electricity hazards. For example, plastic pallets and conductive brackets used in electronics factories are produced by adding enough conductive black masterbatches to obtain the required static discharge performance, thereby protecting the safety of electronic components.
Mining:
Similarly, in the mining process, static electricity is more harmful, and it is the culprit of gas explosions. Therefore, many underground facilities require conductivity, but most plastics are non-conductive. By adding conductive black masterbatches, these non-conductive plastics become conductive, thereby avoiding the hazards of static electricity and achieving the purpose of safe production.
Of course, in addition to the applications mentioned above, black masterbatches have many other uses. For example, people use the excellent hiding power of carbon black pigments to add black masterbatch to cover other colors during the plastic recycling process, achieving the purpose of waste utilization and resource conservation. Another example is that people use the high light-shielding property of carbon black to produce milk film to block sunlight, achieve the effect of pseudo-light decomposition, and protect milk from oxidation.
