Producto

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

Elastómero de poliolefina modificado con metacrilato de glicidilo como endurecedor para PET PBT

Nº de modelo: W500

Introducción:

Coace® W500 is a glycidyl methacrylate modified polyolefin elastomer sed as a toughener for polyester and the fire retardant filled polyester with high grafted rate.
Características Valor Método de ensayo
Densidad 0.87 g/㎤ ASTM D792
MFR(190℃ 2,16kg) 1-4 g/10min ASTM D1238
Contenido de metacrilato de glicidilo Ultra high ASTM D3418
Apariencia Translúcido o blanco /

Notes [1] LOW<0.5wt%; Middle (0.5-1.0wt%); High (1.0-1.5wt%); Ultra high (1.5-4.0wt%)

Descripción de los productos

 

Coace® W500 es un elastómero de poliolefina modificado con metacrilato de glicidilo con un alto índice de injerto.

Glycidyl Methacrylate Modified Polyolefin Elastomer is an innovative additive that improves the toughness and mechanical capabilities of PET and PBT polymers. This versatile toughener contains glycidyl methacrylate modification, which offers a number of advantages that considerably increase the performance and applications of PET and PBT materials.

 

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.

 

Característica

 

Características Valor Método de ensayo
Densidad 0.87 g/㎤ ASTM D792
MFR(190℃ 2,16kg) 1-4 g/10min ASTM D1238
Contenido de metacrilato de glicidilo Ultra high ASTM D3418
Apariencia Translúcido o blanco /

Notes [1] LOW<0.5wt%; Middle (0.5-1.0wt%); High (1.0-1.5wt%); Ultra high (1.5-4.0wt%)

  • Glycidyl Methacrylate Modification: The polyolefin elastomer is treated with glycidyl methacrylate to improve compatibility and interfacial adhesion with PET/PBT matrices. This alteration allows for efficient stress transmission and effective toughening of the polymer systems.
  • Increased Toughness: The addition of the Glycidyl Methacrylate Modified Polyolefin Elastomer greatly increases the toughness and impact resistance of PET and PBT polymers. It adds elasticity and ductility to materials, increasing their ability to withstand mechanical loads and lowering the likelihood of brittle failure.
  • Compatibility with PET and PBT: This toughener has a high affinity for PET and PBT polymers. It provides uniform dispersion and good blending at the molecular level, which helps to improve the mechanical characteristics and overall performance of polymer alloys.
  • Thermal Stability: The Glycidyl Methacrylate Modified Polyolefin Elastomer improves thermal stability for PET and PBT materials. It allows the compounds to tolerate high processing temperatures while retaining mechanical qualities during molding and assuring dimensional stability in a variety of applications.
  • Processing Ease: The improved polyolefin elastomer makes it easier to process PET and PBT composites. It has low melt viscosity, which allows for effective melt blending and smooth processing activities including injection molding, extrusion, and blow molding.
Ventaja

 

Improved Impact Resistance: The use of Glycidyl Methacrylate Modified Polyolefin Elastomer greatly improves the impact resistance of PET and PBT polymers. It lowers the danger of crack propagation and material failure under impact loads, resulting in more durable and dependable finished products.

Improved Flexibility and Ductility: The toughener increases PET and PBT materials’ flexibility and ductility, making them more resistant to deformation and capable of withstanding dynamic loads. This feature is especially useful in situations that need frequent bending or stretching.

 

Increased Energy Absorption: The modified polyolefin elastomer enhances the energy absorption capacity of PET and PBT polymers, allowing them to effectively absorb and dissipate impact energy. This feature is critical in applications that require protection against impact and vibration, such as automotive components and consumer electronics.

 

Design Freedom: By enhancing the toughness and mechanical qualities of PET and PBT, the toughener broadens design options for product engineers. It enables the design of thinner and lighter parts without sacrificing performance, resulting in cost savings while keeping high quality standards.

 

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

 

Aplicación típica

To be used as a toughener for polyester and the fire retardant filled polyester, eg. PET, PBT, PET/FR, PBT/FR and other polyester compounds.

Se utiliza como compatibilizador para aleaciones de poliolefina y poliéster.

Se utiliza como adhesivo para algunas estructuras laminadas.

Industria de aplicación

1.car Components: The toughener improves the impact resistance and toughness of PET and PBT materials used in car parts such as bumpers, interior trims, and under-hood components. It enhances crash performance, durability, and resistance to environmental conditions.

2. Electrical & Electronics: The modified polyolefin elastomer is compatible with PET and PBT compounds found in electrical connectors, switches, housings, and insulation materials. It increases the mechanical strength, impact resistance, and dependability of these components, meeting the stringent standards of the electrical and electronics industries.

3. Packaging: The toughener increases the toughness and puncture resistance of PET and PBT used in packaging applications such bottles, containers, and films. It provides improved protection from impact and transportation pressures, preserving product integrity and increasing shelf life.

4. Consumer Goods: The Glycidyl Methacrylate Modified Polyolefin Elastomer increases the toughness and performance of PET and PBT in consumer goods applications such as appliances, sporting goods, and furniture. It increases resistance to impact, wear, and deformation, resulting in robust and dependable products for end users.

 

Formulario de consulta

Te puede gustar

Modificador de impacto de PA de baja temperatura de transición vítrea

Nº de modelo: W1A-2

Introducción:

Coace® W1A-2 es un elastómero de poliolefina modificado con anhídrido con un alto índice de injerto, que tiene una baja temperatura de transición vítrea.


Leer más →

Aditivo para películas coextruidas multicapa

Modelo Nº: K2B

Introducción:

Entre las ventajas de los aditivos de las películas coextruidas multicapa se incluyen la prolongación de la vida útil, la conservación de la calidad, la seguridad del producto y la rentabilidad.


Leer más →

Aditivos para películas fotovoltaicas POE con silano funcional

Nº de modelo: R1020

Introducción:

Coace® R1020 es un copolímero de olefina modificado con silano con las características de alto contenido en silano, alta transparencia y bajo punto de cristal.


Leer más →

Modificador de impacto modificado con anhídrido de baja temperatura de transición vítrea para PA6

Nº de modelo: W1A-5

Introducción:

Coace® W1A-5 is an anhydride modified polyolefin elastomer used as impact modifiers for PA6, PA66, and polyamide base fireretardantcompounds masterbatch with high grafting rate, which has low glass transition temperature.


Leer más →

DÉJANOS UN MENSAJE