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Agente de acoplamiento de LLDPE modificado con anhídrido para compuestos de cables LSZH

Modelo Nº: W1L-B

Introducción:

Coace ® W1L-B is an anhydride modified LLDPE used as coupling agent for polyethylene based compounds with high grafting rate and high fluidity.
Características Valor Unidad Método de ensayo
Apariencia Gránulos
Color Blanco
Densidad 0.92 g/cm3 ASTM D792
Caudal de fusión(190℃ 2,16kg) 6-8 g/10min ASTM D1238
Contenido de anhídrido maleico Alta wt% Método COACE[1]

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

Descripción de los productos

 

Coace ® W1L-B es un LLDPE modificado con anhídrido con un alto índice de injerto y una gran fluidez.

The Anhydride Modified LLDPE Coupling Agent is a specialist addition designed to improve the performance of LSZH cable compositions. This coupling agent’s unique formulation provides a variety of characteristics and benefits that considerably improve the qualities and uses of LSZH cable materials.

The Anhydride Modified LLDPE Coupling Agent improves the performance and safety of LSZH cable compounds. This coupling agent, with its distinct features, benefits, specialized applications, and industry usage, provides a comprehensive solution for a variety of industries where fire safety, minimal smoke emission, and mechanical durability are critical.

 

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Característica

 

Características Valor Unidad Método de ensayo
Apariencia Gránulos
Color Blanco
Densidad 0.92 g/cm3 ASTM D792
Caudal de fusión(190℃ 2,16kg) 6-8 g/10min ASTM D1238
Contenido de anhídrido maleico Alta wt% Método COACE[1]

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

  • Anhydride Modification: The coupling agent is modified with anhydride groups to improve compatibility and adhesion between the LLDPE (Linear Low-Density Polyethylene) matrix and other components in LSZH cable compositions. This alteration increases efficient stress transfer and allows for effective coupling between polymer systems.
  • Improved Flame Retardancy: Using the Anhydride Modified LLDPE Coupling Agent considerably improves the flame retardancy of LSZH cable compounds. It decreases the risk of fire spread and smoke production while guaranteeing that the wires meet demanding safety and regulatory criteria.
  • Enhanced Mechanical Properties: This coupling agent increases the mechanical strength and toughness of LSZH cable materials. It increases resistance to abrasion, impact, and deformation, guaranteeing that the cables can survive the stresses of installation and use in a variety of situations.
  • Low Smoke Emission: The Anhydride Modified LLDPE Coupling Agent helps LSZH cables emit less smoke. It reduces the production of harmful and corrosive gases during combustion, making these cables ideal for applications that prioritize human safety and environmental protection.
  • Thermal Stability: This coupling agent improves thermal stability for LSZH cable compositions. It allows the cables to endure high temperatures during production and in-service conditions while retaining their mechanical and electrical qualities for an extended period.
Ventaja

 

Improved Fire Safety: Using the Anhydride Modified LLDPE Coupling Agent considerably improves the fire safety performance of LSZH cables. It decreases flammability and flame spread, lowering the risk of fires and protecting persons and property.

Reduced Smoke and Toxic Gas Emission: The coupling agent helps to reduce smoke and toxic gas emissions during cable fires. It contributes to a safer environment by reducing the transmission of hazardous gasses, improving evacuation protocols, and streamlining emergency response operations.

Improved Mechanical endurance: The Anhydride Modified LLDPE Coupling Agent increases the mechanical endurance of LSZH cables. It increases resistance to mechanical stress, bending, and external impacts, guaranteeing that the cables retain structural integrity and electrical performance under extreme situations.

Environmental Compatibility: This coupling agent is intended to meet strict environmental requirements. It is free of halogens and other harmful compounds, making LSZH cables with this addition a viable option for applications where environmental impact is a concern.

 

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Asistencia técnica
Protección posventa

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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 coupling agent for polyethylene based compounds, like LSZH cable compounds, WPC compounds,etc.

To be used as bonding strength in coextrusion processes between polyethylene or ethylene copolymers and different materials, like polyamides, EVOH, etc.

It is can be diluted by LLDPE, or LDPE. To be used as a impact modifiers for polyamide conditions

Industria de aplicación

Building and Construction: LSZH cables with this coupling agent are commonly used in building wiring, communication networks, and power distribution systems. They improve fire safety, emit less smoke, and deliver consistent performance, maintaining the integrity of electrical installations.

Transportation: The coupling agent is appropriate for LSZH cables used in transportation applications such automotive wire harnesses, railway signaling systems, and airplane interiors. It assures adherence to severe fire safety rules, reducing the risk of fire spread and smoke generation in these vital situations.

Data Communication and Telecommunication: LSZH cables containing the Anhydride Modified LLDPE Coupling Agent are widely used in data centers, telecommunications infrastructure, and networking applications. They provide exceptional flame retardancy, low smoke emissions, and dependable signal transmission, ensuring continuous communication and reducing downtime.

Industrial and Oil & Gas: The coupling agent is used in LSZH cables for industrial and oil & gas applications that require fire protection and low smoke emission. These cables are ideal for usage in hazardous areas, ensuring reliable communication and power transfer while reducing the risk of fires.

Formulario de consulta

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