Producto

Introduzca el uso o la naturaleza del producto
necesita, pídaselo a su
contacto. 

BP-3

Model No.: BP-3

Introducción:

Coace®BP-3 is an anhydride modified Poly(butylene succinate) with high grafting rate.
Características Valor Unidad Método de ensayo
Apariencia Gránulos
Color Blanco o amarillo claro
Densidad 1.25 g/cm3 ASTM D792
Contenido de anhídrido maleico Alta wt% Método COACE[1]
Descripción de los productos

 

A flexible and environmentally friendly biodegradable polymer with several uses in many sectors is polybutylene succinate (PBS). PBS has gained popularity as a manufacturer’s first choice for sustainable and high-performance materials thanks to its distinct qualities and advantages.

The great biodegradability of PBS is one of its important characteristics. PBS may be broken down by microbes into carbon dioxide and water within a very short amount of time, unlike conventional plastics, which can take hundreds of years to disintegrate. This makes it the perfect option for situations where preserving the environment is a top priority.

Polybutylene succinate (PBS) is fully biodegradable, has excellent production and processing characteristics, mechanical properties and excellent biocompatibility, and its functionality can be adjusted according to molecular design. It is a biodegradable polymer material with great development potential.

Coace®BP-3 is an anhydride modified Poly(butylene succinate) with high grafting rate.

Coace®BP-3 is an anhydride modified Poly(butylene succinate) with high grafting rate.

Grafting of anhydride modified PBS can be achieved through a variety of methods, including melt blending, solution mixing, and reactive extrusion. The choice of method will depend on the specific application and desired properties of the final product.

High grafting rates can be desirable in a number of applications, such as in the development of high-performance composites, where the polymer is used to enhance the mechanical properties of a matrix material. Anhydride modified PBS with high grafting rates can also be used in biomedical applications, as the polymer is biodegradable and biocompatible, and can be used to improve the properties of other biomaterials.

Overall, anhydride modified PBS with high grafting rates has the potential to offer significant improvements in strength, durability, and other performance characteristics, making it an attractive option for a wide range of applications.

Changed by anhydride An anhydride group has been chemically added to a form of polymer called poly(butylene succinate) (PBS), making it easier to graft it onto other materials. A higher percentage of the polymer chains have effectively connected to the target material when the grafting rate of PBS is high, resulting in a stronger connection and maybe greater performance.

 

Más de 10 técnicos experimentados en I+D impulsan la innovación continua.

 

Característica

 

Características Valor Unidad Método de ensayo
Apariencia Gránulos
Color Blanco o amarillo claro
Densidad 1.25 g/cm3 ASTM D792
Contenido de anhídrido maleico Alta wt% Método COACE[1]

Notas [1] LOW<0,4wt%; Middle(0,4wt%-0,8wt%); High≥0,8wt%.

  • In addition to being biodegradable, PBS has superior mechanical qualities. Its high tensile strength qualifies it for use in applications that call for sturdiness and impact resistance. PBS is a useful material for numerous production processes since it is extremely flexible and simple to mold into diverse forms.
  • The heat stability of PBS is another benefit. It can tolerate high temperatures without compromising its structural integrity because to its high melting point. This qualifies PBS for uses that call for heat resistance, such as materials for packing hot food and beverages.
  • PBS also has strong barrier qualities and is chemically resistant. It is a fantastic option for packaging applications since it can effectively stop the passage of gases and liquids. Perishable items can be shielded from external pollutants and given PBS films and coatings to increase their shelf life.

Ventaja

 

Equipamiento avanzado

Equipada con avanzadas líneas de producción y centro de pruebas experimentales para garantizar la calidad del producto.

Gran fuerza técnica

Más de 10 técnicos experimentados en I+D impulsan la innovación continua.

 

Nuestra ventaja

Cadena mundial de suministro

Sistema de cadena de suministro de almacenamiento y logística
Asistencia técnica
Protección posventa

Concentración - Logro - Excelencia

Productos a medida
Centrarse en la I+D
Servicios globales

Certificación Coace

Certificación ISO9001:2015
Certificación ISO14001:2015
Registro REACH de la UE

Preinscripción en K-REACH de Corea

Ventaja empresarial

Disposición en el país y en el extranjero, maravillosa para mezclar
Distribución nacional
Diseño de marketing en el extranjero

 

Aplicación

1.To be used as coupling agent between biodegradable materials like PLA, PBS and theinfill materials which contain starch, wood powder and others.

2.To be used as compatibilizers in PLA/PBS alloy for injection molding process or blowning process.

 

Formulario de consulta

Te puede gustar

Aditivos para películas fotovoltaicas de bajo punto de cristal

Nº de modelo: R1030

Introducción:

Los aditivos para películas fotovoltaicas de bajo punto de cristal contribuyen a mejorar el rendimiento, la durabilidad y la productividad de fabricación de los módulos fotovoltaicos.


Leer más →

Aditivo de película fotovoltaica POE modificado con silano

Nº de modelo: R1030

Introducción:

Coace® R1030 es un copolímero de etileno-octeno funcionalizado con silano con alto contenido en silano y alta transparencia.


Leer más →

Agente de acoplamiento de alto índice de injerto para compuestos de polipropileno

Modelo Nº: B1F

Introducción:

Coace ® B1F is a maleic anhydride modified polypropylene as coupling agent with high grafting rate and ultra-high fluidity.


Leer más →

Masterbatch antiacidificación para película de EVA inorgánica de fácil dispersión

Modelo Nº: RM210A

Introducción:

RM210A es un masterbatch inorgánico antiacidificación de EVA. Tiene las características de baja cantidad de adición, alta eficiencia, fácil dispersión y poco impacto en la transmitancia de luz.


Leer más →

DÉJANOS UN MENSAJE