ABS resin is the most produced and widely used polymer, which organically integrates the various properties of PB, PAN, and PS, exhibiting excellent mechanical properties with a balanced combination of toughness, hardness, and rigidity. ABS is a terpolymer of acrylonitrile, butadiene, and styrene, where A represents acrylonitrile, B represents butadiene, and S represents styrene. Practical use has revealed that ABS plastic pipes are not resistant to sulfuric acid corrosion and will shatter upon contact with sulfuric acid.

PA510 is a renewable and environmentally friendly bio-based nylon, polymerized from sebacic acid and decamethylenediamine derived from castor oil, with a bio-based content exceeding 60%. It is a high-performance nylon independently developed and pioneered in China.

ABS plastic is a ternary copolymer composed of acrylonitrile (A), butadiene (B), and styrene (S).

Bio-based nylon PA610, derived from renewable resources such as castor oil, is widely used in engineering plastics due to its excellent mechanical properties, sustainability, and versatility. Below is an introduction to eight commonly used bio-based nylon PA610 engineering plastics, including their modifications and applications

Nylon, derived from non-renewable petroleum resources, is manufactured through energy-intensive processes that require significant amounts of water for fiber cooling. It has a high carbon footprint, sheds microplastic fibers during washing, and is often landfilled at the end of its life cycle, as it is typically non-biodegradable. These factors contribute to substantial negative environmental impacts.

Nylon materials prepared through ring-opening polymerization or condensation polymerization using raw materials obtained via bioengineering methods are collectively referred to as ​bio-based nylon materials. Common bio-based nylon materials include nylon 11, nylon 1010, nylon 610, nylon 510, nylon 410, and nylon 1012, among others.

In the 1930s, American chemist Wallace Carothers created the world's first synthetic fiber, ​PA66, which was insoluble in common solvents and had a melting point higher than everyday ironing temperatures. In terms of appearance, structure, and properties, it closely resembled natural silk, while its wear resistance and strength surpassed any fiber available at the time. Its introduction caused a sensation in the textile industry.

The reasons for the popularity of plant-based ceramic functional plastics are as follows

Bio-based PA1010 resin has become a widely used engineering plastic.

Bio-based nylon 1010 was developed in China in 1958.

Bio-Based Nylon PA1012 Resin: Excellent Comprehensive Performance and Processability, Widely Used in Automotive Fuel Lines, Brake Tubes, Oil and Gas Delivery Pipes, and Oil-Resistant Structural Components

Unlike petroleum-derived nylon 6 and nylon 66, which are primarily widely used as engineering plastics, bio-based nylon finds extensive applications in various fields. These include natural gas transmission pipelines, medical protective goggles, metal protective coatings, high-end fire-resistant oil-gas separators and crankshaft end caps, food packaging, replacement of nylon 11 and nylon 12 as automotive fuel lines, LED encapsulation components, sports equipment, and optical fibers, among others.