Wankai PET Plastic Resin and PET chips
Wankai PET Plastic Resin and PET chips
Non Bottle-Grade PET Raw Materials
Non Bottle-Grade PET Raw Materials
Our non bottle-grade PET chips can be classified 3 categories: super bright PET raw material for BOPET film, PET polymer to produce fiber or filament yarn, and polyester PET chips for producing photovoltaic back film. These PET plastic productions have good color, strong aging resistance, stable performance indicators and excellent processing performance.
Our non bottle-grade PET chips can be classified 3 categories: super bright PET raw material for BOPET film, PET polymer to produce fiber or filament yarn, and polyester PET chips for producing photovoltaic back film. These PET plastic productions have good color, strong aging resistance, stable performance indicators and excellent processing performance.
Parâmetros do produto da resina PET Wankai
Diferentes viscosidades e propriedades do material tornam as resinas PET Wankai adequadas para serem transformadas em roupas de fibras químicas, filmes BoPET ou filmes para painéis solares.
Two Types of PET Plastic Applications
PET resin uses span a wide range, showcasing its versatility and broad applicability in various industries because of its exceptional properties.
PET resin uses span a wide range, showcasing its versatility and broad applicability in various industries because of its exceptional properties.
PET Resin Uses in BoPET Film
One prominent application of PET plastic is in the production of BOPET films. These films, derived from PET raw material, possess remarkable qualities such as high tensile strength, durability, heat resistance, and excellent gas-barrier properties. The versatility of BOPET material allows for customization in thickness, width, and properties, meeting specific end-user needs. Whether used in single layers or coextruded with other polymers, PET films cater to various industries like food packaging, electrical insulation, and printing sheets. The biaxial orientation of PET plastic films enhances crystallinity, thereby bolstering tensile strength and gas-barrier capabilities, making them ideal for multiple applications.
One prominent application of PET plastic is in the production of BOPET films. These films, derived from PET raw material, possess remarkable qualities such as high tensile strength, durability, heat resistance, and excellent gas-barrier properties. The versatility of BOPET material allows for customization in thickness, width, and properties, meeting specific end-user needs. Whether used in single layers or coextruded with other polymers, PET films cater to various industries like food packaging, electrical insulation, and printing sheets. The biaxial orientation of PET plastic films enhances crystallinity, thereby bolstering tensile strength and gas-barrier capabilities, making them ideal for multiple applications.