■ Introduction to Nylon(PA)
Polyamide is a type of high-molecular compound formed through polymerization of amide groups (CONH). The term "poly" signifies that this material is a polymer composed of many repeating units, while "amide" refers to the presence of amide groups in its molecular structure.
Polyamide is characterized by the presence of amide linkages, which impart excellent heat resistance, chemical resistance, and mechanical properties to the material. Additionally, it exhibits remarkable tensile strength and abrasion resistance, making it suitable for various applications.
One of the most well-known polyamides is Nylon, which was first successfully synthesized by Wallace Carothers at DuPont in 1935. Nylon finds extensive use in the production of fibers, plastics, mechanical parts, automotive components, textiles, fabrics, and household items.
Polyamide comes in various types with different structures and applications, each having its own unique characteristics based on its structure and intended use. Due to its exceptional performance and versatility, polyamide is widely utilized in industries such as manufacturing, textiles, automotive, aerospace, and more.
■ Nylon Products Overview
Nylon(PA) | Features |
Heat Deflection Temp. |
Tensile Strength |
Flexural |
Izod Impact |
General Grade | Fundamental material without adding any modifying agents | 70℃ | 670kg/c㎡ | 26,000kg/c㎡ | 5kg-cm/cm |
Glass Fiber Reinforced | Enhance stiffness and heat stability | 200℃ | 1700kg/c㎡ | 85,000kg/c㎡ | 13kg-cm/cm |
Glass Fiber Reinforced/Impact Modified | Enhance strength,stiffness, and low temerature impact resistance | 170℃ | 1250kg/c㎡ | 70,000kg/c㎡ | 15kg-cm/cm |
Mineral Reinforced | Enhance the strength, dimension-stabilization and low warpage | 200℃ | 750kg/c㎡ | 46,000kg/c㎡ | 4kg-cm/cm |
Glass Fiber & Mineral Reinforced | Reinforce strength, stiffness and surface improvement | 200℃ | 1050kg/c㎡ | 62,000kg/c㎡ | 6kg-cm/cm |
Impact Modified | Increase the toughness of nylon at low temperature | 50℃ | 430kg/c㎡ | 66,000kg/c㎡ | 85kg-cm/cm |
■ Reborn Recycled Nylon
RebornPlas is dedicated to the sorting application and R&D of recycled nylon materials. We provide the superior nylon 6, nylon 66, engineering plastics and composite materials to the general market.
Through traceable product material and vertical integration production technology, we conduct comprehensive management regarding the quality of materials. In addition, we maintain inventory supply stability and provide the most competitive prices; therefore effectively implement recycled nylon waste into manufacture applications.
From the highest quality raw material pellets to composite materials that meet a wide range of applications; our products are able to meet various market needs. RebornPlas is the best technical partner in the practice of circular economy.
■ Ocean Plastic
46% of the plastic in the ocean is made up of nylon fishing net, A large part of the recycled nylon produced comes from old fishing nets. This is a great solution to divert garbage from the ocean.
- OCEAN PLASTIC.GENERAL GRADE: A2030BK
- OCEAN PLASTIC.GLASS FIBER REINFORCED GRADE: A2000G15BK,A2000G33BK,A2000G45BK,A2000G50BK
- OCEAN PLASTIC.GLASS FIBER REINFORCED & IMPACT RESISTANT: A2000GT35BKA2
- OCEAN PLASTIC.ULTRA IMPACT MODIFIED GRADE: A2000TBKA3
■ Virtically-intergrated Manufacturing Line
※ 01.Discarded Fishing Nets
Start from waste generated by consumption.
※ 02.Recycling Manufacture Process
Undergoes a recycling manufacture process
(segregating → washing → cutting → melting)
※ 03.Raw Material Pellets
Transform waste into recycled plastic material pellets.
※ 04.Reinforced Plastic
Plastic reinforced to meet the needs of various applications.