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PA1012
Orinko
Introduction to Modified PA1012 Material
PA1012 (Polydecamethylene Adipamide) is a long-chain nylon derived from renewable castor oil, known for its low water absorption, high toughness, excellent chemical resistance, and superior low-temperature impact performance. Through modification technologies, its comprehensive properties can be further enhanced, expanding its application scope.
Typical Application Fields
Automotive Industry
Fuel Systems: Modified PA1012 serves as a substitute for PA12 in manufacturing low-extraction, high-barrier fuel lines, preventing electrostatic-induced fires and meeting high-temperature requirements (long-term temperature resistance up to 140°C, peak 150°C).
Chassis Systems: Glass-fiber-reinforced PA1012 is used for quick connectors, ABS sensor housings, and other components, balancing strength and lightweight demands.
Electronics & Electrical Engineering
Battery Components: Conductive-modified PA1012 is applied to battery casings or conductive rails for electromagnetic shielding and antistatic functions.
Connectors: High-toughness materials withstand repeated plugging/unplugging cycles, ensuring stable signal transmission.
Industrial Machinery
Wear-Resistant Parts: Filled-modified PA1012 is used for gears, pulleys, and other components to extend service life and reduce noise.
Seals: Its oil and chemical resistance make it suitable for hydraulic system seals.
Aerospace
Lightweight Structural Components: Combining high strength and low density, it is used for drone casings or internal brackets.
Technological Advantages and Market Prospects
Performance Advantages: Modified PA1012 maintains its bio-based and eco-friendly characteristics while offering comparable or superior performance to traditional PA11/PA12 materials at a lower cost.
Market Demand: Driven by automotive lightweighting, miniaturization of electronic devices, and stricter environmental regulations, modified PA1012 holds significant potential in high-end manufacturing.
Research Directions: Future efforts will focus on multifunctional integration (e.g., simultaneously achieving high strength, conductivity, and flame retardancy) and cost-effective large-scale production technologies.
Summary: Modified PA1012 material can be customized to meet diverse industry needs through blending, filling, and chemical modification techniques. It demonstrates remarkable advantages in automotive fuel systems, electronics, and other fields. With ongoing technological advancements, its market applications are poised for broad expansion, positioning it as a promising candidate in the premium engineering plastics sector.
Packing Details : Packaging Details:25kg/bag,or 750 kg per jumbo bag,or 1000kg per jumbo bag.
Delivery Details :T+10days, We should produce and ship afte you receive the samples and meet yourneeds.lt will take 5-10days.
Port:Wuhu, ShanghaiNingbo,Guangzhou.Lead Time :T+10days, We should produce and ship afte you receive the samples and meet your needs
With decades of dedication to this field, Orink has cultivated a considerable competitive advantage, becoming one of the largest and most renowned companies in China's high-molecular modified materials sector. The company's product range includes Nylon, Thermoplastic Elastomers, Polyolefins, Polystyrene, Engineering Plastics, biodegradable materials, and numerous other platforms, delivering over 300 types of high-performance and functionalized products.
Introduction to Modified PA1012 Material
PA1012 (Polydecamethylene Adipamide) is a long-chain nylon derived from renewable castor oil, known for its low water absorption, high toughness, excellent chemical resistance, and superior low-temperature impact performance. Through modification technologies, its comprehensive properties can be further enhanced, expanding its application scope.
Typical Application Fields
Automotive Industry
Fuel Systems: Modified PA1012 serves as a substitute for PA12 in manufacturing low-extraction, high-barrier fuel lines, preventing electrostatic-induced fires and meeting high-temperature requirements (long-term temperature resistance up to 140°C, peak 150°C).
Chassis Systems: Glass-fiber-reinforced PA1012 is used for quick connectors, ABS sensor housings, and other components, balancing strength and lightweight demands.
Electronics & Electrical Engineering
Battery Components: Conductive-modified PA1012 is applied to battery casings or conductive rails for electromagnetic shielding and antistatic functions.
Connectors: High-toughness materials withstand repeated plugging/unplugging cycles, ensuring stable signal transmission.
Industrial Machinery
Wear-Resistant Parts: Filled-modified PA1012 is used for gears, pulleys, and other components to extend service life and reduce noise.
Seals: Its oil and chemical resistance make it suitable for hydraulic system seals.
Aerospace
Lightweight Structural Components: Combining high strength and low density, it is used for drone casings or internal brackets.
Technological Advantages and Market Prospects
Performance Advantages: Modified PA1012 maintains its bio-based and eco-friendly characteristics while offering comparable or superior performance to traditional PA11/PA12 materials at a lower cost.
Market Demand: Driven by automotive lightweighting, miniaturization of electronic devices, and stricter environmental regulations, modified PA1012 holds significant potential in high-end manufacturing.
Research Directions: Future efforts will focus on multifunctional integration (e.g., simultaneously achieving high strength, conductivity, and flame retardancy) and cost-effective large-scale production technologies.
Summary: Modified PA1012 material can be customized to meet diverse industry needs through blending, filling, and chemical modification techniques. It demonstrates remarkable advantages in automotive fuel systems, electronics, and other fields. With ongoing technological advancements, its market applications are poised for broad expansion, positioning it as a promising candidate in the premium engineering plastics sector.
Packing Details : Packaging Details:25kg/bag,or 750 kg per jumbo bag,or 1000kg per jumbo bag.
Delivery Details :T+10days, We should produce and ship afte you receive the samples and meet yourneeds.lt will take 5-10days.
Port:Wuhu, ShanghaiNingbo,Guangzhou.Lead Time :T+10days, We should produce and ship afte you receive the samples and meet your needs
With decades of dedication to this field, Orink has cultivated a considerable competitive advantage, becoming one of the largest and most renowned companies in China's high-molecular modified materials sector. The company's product range includes Nylon, Thermoplastic Elastomers, Polyolefins, Polystyrene, Engineering Plastics, biodegradable materials, and numerous other platforms, delivering over 300 types of high-performance and functionalized products.
