Key Features

• High Toughness: Exhibits outstanding impact resistance, maintaining excellent toughness even in low-temperature environments, ensuring durability and safety in extreme conditions.
• Excellent Processability: Offers smooth injection molding characteristics, suitable for processing complex structures and fine parts.
• Strong Durability: With excellent anti-aging properties, this material ensures stable performance over extended periods, even in demanding environments.

Applications

• Door Panel Assemblies: Ideal for manufacturing automotive door panels, providing excellent impact resistance and durability, ensuring high safety and reliability in collision scenarios.

Halogen-free flame retardant RPC/ABS alloy is a plastic alloy material with excellent flame retardant properties. This alloy is halogen-free and designed with high flowability and heat resistance, meeting the requirements for fire-resistant materials in industries like electronics, home appliances, telecommunications, and automotive manufacturing. It passes stringent V-0 (1.5mm) and 5VB (2.0mm) flame retardancy tests, ensuring safety under high temperatures and exposure to flames, while also complying with environmental standards.

Key Features

• Excellent Flame Retardancy: Halogen-free flame retardant design, meeting V-0 (1.5mm) and 5VB (2.0mm) fire safety standards for high-level protection.
• High Heat Resistance: The material is stable and durable at higher temperatures, suitable for hot environments.
• Halogen-Free and Eco-Friendly: Free from halogens, complying with RoHS and REACH environmental regulations, reducing environmental impact.
• Good Processability: High flowability ensures excellent processing performance, ideal for manufacturing complex parts.
• Meets International Standards: Complies with various global environmental and safety standards, making it suitable for international markets.

Applications

• Electronics: Used for casings of home appliances and electronic devices, offering improved fire resistance and stability.
• Home Appliances: Widely used in internal components of TVs, air conditioners, refrigerators, and other appliances to enhance safety.
• Telecommunications: Applied in the casings of communication devices, ensuring device safety in high-temperature environments.
• Automotive Manufacturing: Used in automotive components to improve fire safety and reliability in car interiors.
• Other Industrial Products: Suitable for various plastic parts that require flame retardancy and compliance with environmental standards.

RPC/ABS alloy is a plastic material that combines the advantages of polycarbonate (PC) and acrylonitrile-butadiene-styrene (ABS). PC offers excellent mechanical properties, heat resistance, and toughness, while ABS contributes good flowability and processability. This alloy excels in workability, toughness, and heat resistance, making it suitable for a wide range of applications, including automotive, electronics, and tool casings.

Key Features

• Good Processability: Offers excellent molding flow, making it ideal for complex shapes.
• High Toughness and Heat Resistance: Combines the benefits of PC and ABS to deliver outstanding impact resistance and high-temperature stability.
• Excellent Physical Properties: High rigidity and strong tensile and bending strength.
• Eco-Friendly: Complies with EU environmental standards like RoHS and REACH, free from harmful substances.
• Custom Solutions: Tailored to meet individual customer needs for various applications.

Applications

• Automotive Industry: Used for automotive parts such as grilles and dashboard skeletons, offering good strength and heat resistance.
• Electronics: Widely used for electronic device casings, including for TVs, mobile phones, and home appliances.
• Power Tools: Due to its impact resistance and fatigue strength, it is commonly used for power tool casings.
• Fitness Equipment: Ideal for casings and structural components in fitness equipment, with the ability to withstand heavy loads and external forces.
• Other Industrial Applications: Used in the production of various mechanical and industrial products.

Electroplated RPC/ABS alloy is a plastic alloy designed for electroplating. Through the electroplating process, the alloy not only achieves an attractive finish but also significantly enhances the plastic’s weather resistance, surface hardness, and wear resistance, improving its overall physical properties. This makes it suitable for a wide range of applications and provides a premium feel.

Key Features

• Attractive Appearance: The electroplating process results in a glossy, visually appealing surface that enhances the product’s look.
• Improved Weather Resistance: Increases the plastic’s UV resistance and environmental aging resistance, extending the product’s lifespan.
• Superior Surface Hardness: The surface hardness is enhanced, improving scratch and wear resistance.
• Good Processability: Offers excellent flowability for molding, making it suitable for manufacturing complex structures.
• Eco-Friendly: Complies with EU environmental standards like RoHS and REACH, free from harmful substances.
• Custom Solutions: Tailored to meet specific customer requirements for personalized applications.

Applications

• Automotive Industry: Used for electroplated parts such as dashboards, door handles, hubcaps, license plate trims, and fog light grilles.
• Electronics: Widely used for electronic device casings, improving both appearance and durability.
• Power Tools: The electroplated coating enhances the wear resistance and corrosion resistance of power tool casings.
• Fitness Equipment: Applied to fitness equipment casings, improving surface hardness and wear resistance.
• Other Industrial Products: Suitable for various electroplated parts that require high-quality appearance and durability.

The low odor RPC/ABS alloy material is specifically designed to meet the special requirements of automotive interior components. It features a significantly reduced odor and complies with automotive industry standards for odor testing (such as the PV3900 standard). This material not only offers excellent physical properties but also effectively reduces odor, ensuring a comfortable in-vehicle environment. It is particularly suitable for injection molding automotive interior parts.

Key Features

• Low Odor: Exhibits outstanding low odor characteristics, meeting strict automotive interior odor standards, improving air quality inside vehicles.
• Excellent Processability: Suitable for injection molding of complex shapes, with good flowability and ease of processing.
• Good Physical Properties: The alloy combines the excellent mechanical properties of RPC and the good moldability of ABS, providing a balance of strength and toughness.
• Environmental Compliance: Complies with RoHS, REACH, and other international environmental standards, free from harmful substances, meeting modern environmental requirements.

Applications

This low odor RPC/ABS alloy material is widely used in the production of automotive interior components. It is particularly suitable for the manufacture of automotive dashboards, door linings, seat parts, interior trim, and other components. Due to its low odor and excellent processability, it is the ideal material choice for key components in the automotive industry.

Product Features:

• Matte Finish:Excellent surface gloss that effectively reduces visual fatigue, especially suitable for automotive interior components and other parts that are used for extended periods.
• High Heat Resistance:Exceptional high-temperature resistance ensures that the alloy remains stable even in high-temperature environments.
• High Mechanical Strength:Offers excellent impact strength and overall mechanical properties, ideal for withstanding friction and impact in daily use.
• Easy Processing and Molding:Good flowability makes it easy to process and adapt to various molding techniques.
• Environmentally Friendly:Coating-free technology reduces harmful emissions during the production process, complying with environmental standards.
• Customizable Colors:Can be colored according to customer requirements, meeting personalized design needs.

Applications:

• Automotive Industry:Used for automotive interior parts such as dashboards, door panels, and other components, offering both aesthetic appeal and comfort.
• Consumer Electronics:Suitable for products like smartphone cases, TV housings, home appliance housings, providing durability and aesthetics.
• Electronics:Used for the housings of high-end electronic devices, offering excellent impact resistance and chemical stability.
• Other Industries:Suitable for any field requiring high strength, heat resistance, and a visually appealing surface finish.

Key Features

• Balanced Rigidity and Toughness: The alloying process optimizes the balance between rigidity and toughness, ensuring the material maintains both high strength and high impact resistance.
• Excellent Processability: Offers good injection molding characteristics, making it suitable for high-speed production and the molding of complex parts.
• High Durability: With enhanced impact resistance and anti-aging properties, this material ensures long-term stability and reliability in various applications.

Applications

• Seat Trim Panels: Ideal for automotive seat components, providing the necessary strength and toughness for long-term comfort and safety.
• Shielding Assemblies: Suitable for body shield components, particularly those requiring a balance between rigidity and toughness for effective protection.

Product Features:

• Excellent Weatherability:Capable of withstanding prolonged exposure to UV radiation and climate changes, maintaining stable appearance and performance.
• Good Mechanical Properties:Offers high tensile strength, bending strength, and impact resistance, suitable for high-strength applications.
• High Heat Deflection Temperature:With a heat deflection temperature of up to 103°C, it is suitable for use in high-temperature environments.
• Strong Impact Resistance:Izod impact strength is 45 KJ/m² for both notched and unnotched specimens, ensuring durability.
• Heat Resistance:Vickers softening point of 123°C, capable of withstanding elevated temperatures.

Applications:

• Automotive Industry:Used for automotive exterior parts, interior components, and headlamp housings where high weatherability is required.
• Construction & Building Materials:Suitable for window frames, doors, exterior decorative panels, and other outdoor applications.
• Electronics:Used for housings and protection covers for electrical components.
• Home Appliances:Ideal for housings and internal structural components of home appliances.
• Outdoor Installations:For outdoor billboards, sports facilities, and other products exposed to the elements for extended periods.

Key Features

• Flame Retardant: Uses environmentally friendly flame retardant technology that meets international flame retardant standards. It extinguishes quickly upon contact with flames, effectively preventing fire spread.
• Environmentally Friendly: Free of halogen, this material complies with green environmental standards, meeting the industry’s growing demand for sustainable development.
• High Heat Resistance: Exceptional heat resistance allows the material to maintain stable structure and performance even under high-temperature conditions.
• Excellent Mechanical Properties: With good impact resistance and tensile strength, this material is suitable for high-load environments, ensuring long-lasting durability.

Applications

• Controller Enclosures and Support Components: Ideal for housing and supporting components of various electronic controllers, providing reliable mechanical protection and high-temperature stability.
• Office Equipment Housings: Used in the production of office equipment enclosures, combining flame retardancy and eco-friendliness to ensure the safety and environmental compliance of the equipment.
• Portable Device Enclosures: Widely used in portable devices, offering high strength and heat resistance to ensure the reliability of the equipment in various working environments.

Key Features

• High Flowability: Excellent flow characteristics make it easy to injection mold complex and fine parts, improving production efficiency.
• High Impact Resistance: Maintains exceptional impact strength even in low-temperature environments, ensuring part stability under high-impact loads.
• Excellent Aesthetic Performance: The material exhibits good surface finish, making it ideal for components that require aesthetic appeal.
• Good Temperature and Chemical Resistance: Exhibits good thermal stability for use in high-temperature environments, and provides resistance to most chemicals, increasing long-term product reliability.

Applications

• Automotive Door Panel Trim: Used for manufacturing automotive door panel trims, combining excellent impact resistance with aesthetic appeal.
• Air Conditioning Control Panels: Used for the outer casing of air conditioning control panels, offering high strength and good surface finish, suitable for long-term use.
• Fog Lamp Trim: Ideal for producing fog lamp trims in automobiles, providing high strength and heat resistance to ensure long-term stability.
• Enclosure Materials: Widely used for automotive electronics and home appliance enclosures, offering protection for internal components while enhancing the product’s exterior appearance.