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MY08 Low viscosity PBT(High flowability)

MY08 Low viscosity PBT(High flowability)

Grade: MY08 series

Application: Electronics and electrical appliances

Performance characteristics: Heat aging resistance, good sterilization performance, good solvent resistance RARU

Note: Customization of differentiated products is available according to customer requirements.

  • MY08 Low viscosity PBT(High flowability)
  • MY08 Low viscosity PBT(High flowability)
  • MY08 Low viscosity PBT(High flowability)
  • MY08 Low viscosity PBT(High flowability)
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Product Description

Since electronic equipment usually needs to operate in high-voltage and high-frequency working environments, the electrical insulation properties of materials are particularly critical. PBT resin has insulation properties and can effectively prevent the conduction of current, so it is widely used in the manufacturing of electronic appliances. Its high insulation performance not only helps prevent short circuits and leakage of electronic equipment but also improves the stability and safety of the equipment. PBT resin also has good temperature resistance, making it play an important role in the field of electronic and electrical appliances. Electronic equipment often needs to operate at relatively high temperatures. For example, computers, power supplies and other components will generate more heat when working. PBT resin can maintain stable physical properties at higher temperatures and is not easy to soften or deform. Therefore, it is widely used in the manufacture of key components such as housings, sockets, and connectors for electronic equipment. Its temperature resistance not only helps improve the durability of electronic equipment but also ensures the reliability of the equipment in high-temperature environments.

In addition, PBT resin also exhibits mechanical properties, which makes it popular in the manufacturing of electronic and electrical appliances. Its high strength and hardness make parts made of PBT resin have good durability and impact resistance and can withstand various mechanical stresses during assembly and use, reducing the risk of damage and failure of parts. This is of great significance for improving the overall quality and reliability of electronic equipment. In addition, PBT resin also has chemical stability and can resist erosion by corrosive substances such as acids, alkalis, chemical solvents, etc. This enables it to operate stably in various harsh working environments in electronic and electrical manufacturing, extending the service life of the equipment.

Specification

General Properties Unit My08
Intrinsic Viscosity dl/g 0.75±0.015
Melt Flow Index G/10 min 95-120
Carboxyl End Group Mol/t ≤30
Tensile Strength mpa 45±5
Elongation at Break % ≥60
Notched Impact trength(lzod) J/m ≥40
About Us
Zhejiang Amerisource New Material Co., Ltd.
Zhejiang Amerisource New Material Co., Ltd. is located at 26 Jianmin North Road, Sino-Italy Industrial Eco Park, Yuyao City, Zhejiang Province. lt is a professional China MY08 Low viscosity PBT Resin (High flowability) manufacturers and MY08 Low viscosity PBT Raw Material (High flowability) suppliers, specializing in the production of MY08 Low viscosity PBT(High flowability), occupying an area of approximately 80,000 square meters. The Meiyuan PBT project was officially put into operation at the end of 2019, focusing on the production of PBT and THF.
With a total investment of about 1.5 billion yuan, the PBT project has promoted the development of the resin synthesis industry in Zhejiang Province and enhanced the regional market competitiveness. The company is guided by social, economic, and human sustainable development principles. lt fully leverages its strengths and team spirit, establishes a sound modern enterprise management system, recruits and introduces highly educated and highly skilled talents, effectively develops and utilizes social resources, implements a strategy of technological innovation-driven development, and persistently follows the path of independent innovation to continuously enhance its core competitiveness.
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What are the fluidity characteristics of low viscosity PBT?

Low viscosity PBT is a material of great interest in the polymer field, favored for its unique flow properties. Low-viscosity PBT has many significant advantages over traditional PBT, the most prominent of which is its excellent flowability. This special property makes low-viscosity PBT perform well in injection molding, extrusion and other processing processes, providing more convenient conditions for manufacturing finer and more complex products.
Low-viscosity PBT has higher fluidity, which means that during processing, the material flows more easily to fill small cavities and structures in the mold, thus ensuring the integrity and quality of the molded product. Compared with traditional PBT, low-viscosity PBT can achieve better fluidity under the same processing conditions, so it is more suitable for the production of parts with complex structures.
Low-viscosity PBT has a lower viscosity, which means that under the same temperature and pressure conditions, low-viscosity PBT flows more easily and fills the mold more smoothly. This makes it possible to create detailed, precise products that may be difficult to achieve with traditional PBT due to viscosity limitations.
In addition, low-viscosity PBT has a wider processing temperature range. This means that low-viscosity PBT can still maintain good flowability and molding properties over a wider temperature range. This provides greater flexibility in the production process, as manufacturers can adjust processing temperatures as needed to suit different production conditions and product requirements.
In practical applications, the excellent fluidity of low-viscosity PBT provides more possibilities for producing high-quality products. Whether you are producing ultra-thin-walled parts, complex-shaped components or high-precision components, you can achieve better results. Its excellent performance in injection molding or extrusion processing also brings higher production efficiency and lower costs to manufacturers.