The flexural modulus of plastic materials is a critical mechanical property that directly affects product stiffness, deflection behavior, tactile feel, and long-term durability. For applications exposed to wide temperature ranges, a correct understanding of the temperature dependence of flexural modulus is essential for reliable material selection and robust product design. This article reviews the temperature-dependent behavior of flexural modulus in representative thermoplastics and highlights key considerations that are directly applicable to practical engineering and design work. Contents1 What Is Flexural Modulus?2 Relationship Between Flexural Modulus and Temperature for Various Plastics3 Characteristics by Material Category4 Practical Design and Material Selection Considerations5 …

Contents1 Introduction2 Market Size Trends (2022–2025 Forecast)3 Price Trends (Asia Focus)4 Demand Trends by Application5 Major Manufacturer Market Share (2024 Estimates)6 Future Outlook and Challenges Introduction PPS (polyphenylene sulfide) is a high-performance super engineering plastic known for its excellent heat resistance, chemical resistance, and dimensional stability. It is widely used in high-performance components for automobiles, electrical and electronic devices, and industrial equipment. Demand is particularly increasing for metal replacement applications and EV-related components, driving greater global attention to the PPS market. Market Size Trends (2022–2025 Forecast) 2022: Approx. 142,000 tons (USD 1.9 billion) 2023: Approx. 156,000 tons (USD 2.1 billion) …

Introduction PTFE (polytetrafluoroethylene) is a high-performance fluoropolymer produced by the polymerization of tetrafluoroethylene (TFE) monomers. Owing to its extremely low coefficient of friction, excellent chemical resistance, broad thermal stability (–200°C to +260°C), and superior electrical insulation properties, PTFE is widely used across industries—from advanced manufacturing to household products. This report provides a detailed analysis of the PTFE market in 2025, focusing on price trends, demand structure, application segments, and the competitive positioning of major manufacturers. Global Market Size and Growth Forecast (2022–2025) The global PTFE resin market has evolved as follows: YearGlobal Market Size (Billion USD)Growth Rate (CAGR) 2022Approx. 3.01— …

Contents1 Introduction2 Global Iodine Market Size (2022–2025)3 Price Trends (2020–2025)4 Demand Trends by Application5 Major Producing Countries and Supply Landscape6 Future Outlook and Challenges Introduction Iodine is an essential element used in a wide range of applications, including pharmaceuticals, X-ray contrast media, disinfectants, feed additives, and as a key raw material for polarizing films in liquid crystal displays (LCDs). Japan is one of the world’s leading iodine producers, alongside Chile and the United States, and plays a major role in the global market. Global Iodine Market Size (2022–2025) 2022: Approx. USD 1.1 billion 2023: Approx. USD 1.23 billion 2024 (estimated): …

Contents1 Introduction2 Global Market Growth (2022–2025 Forecast)3 Price Trends and Challenges Toward Mass Production4 Application Outlook and Technology Trends5 Regional Trends6 Future Outlook Introduction Perovskite solar cells are attracting global attention as next-generation photovoltaic technology with strong potential for high efficiency and low manufacturing cost. Using organic–inorganic hybrid perovskite crystals, they can achieve power conversion efficiencies exceeding 25%, comparable to conventional silicon solar cells. Their thin-film structure, lightweight nature, and ability to conform to curved surfaces have opened pathways for applications in building-integrated photovoltaics (BIPV), IoT devices, and more. Global Market Growth (2022–2025 Forecast) 2022: Approx. USD 200 million (demonstration …

Acrylic (PMMA) and AS Resin (Acrylonitrile-Styrene Copolymer) are popular thermoplastics known for their transparency and moldability. However, they differ significantly in durability, UV resistance, and applications. KEY POINT Acrylic is ideal for outdoor applications with excellent clarity and UV resistance. AS Resin offers better impact resistance and lower cost, but it is less durable under sunlight. Contents1 What is Acrylic?2 What is AS Resin?3 Comparison Table4 Which Material Should You Choose? What is Acrylic? Acrylic (PMMA) is a clear thermoplastic with high light transmittance (up to 92%) and excellent weatherability. Commonly used in signage, light covers, and displays, it is …

Contents1 What is a POM Pellet (Polyoxymethylene Pellet)?2 Overview of POM Pellet Products & Major Manufacturers3 Mitsubishi Engineering‑Plastics Co., Ltd. – “Iupital™”4 Asahi Kasei – “TENAC™ / TENAC™‑C”5 Polyplastics Co., Ltd. – “Duracon™”6 DuPont – “Delrin®”7 Celanese (Celenese Japan) – “Celcon® / Hostaform®” What is a POM Pellet (Polyoxymethylene Pellet)? POM (polyacetal/polyoxymethylene) offers several advantages: high rigidity and hardness, low friction coefficient, excellent wear resistance, high heat resistance, low water absorption, superb dimensional stability, good electrical insulation, greater creep resistance than nylon, high gloss and crystallinity, and low smoke emission. Common applications include gears, bushings, screws, nuts, washers, and spacers. …

For detailed information on polyamide (nylon) resins—covering characteristics, applications, heat resistance, degradation, structure, flame retardancy, toxicity, and more—please visit our comprehensive page below. Polyamide resins (nylon) are used in tire cords, rubber hoses, engine components, airbags, and are available in various types like PA6, PA10, PA66, PA9T, etc. Explore our Polyamide (Nylon) Resin Overview » Contents1 Asahi Kasei – Polyamide (PA) Resin “LEONA™”2 UBE – Nylon Types: PA6, PA66, PA12 (“UBESTA”)3 Toray – Nylon Resin “Amilan™”4 Kurare – PA9T Resin “Genesta™”5 BASF – Nylon Resin “Ultramid™” Asahi Kasei – Polyamide (PA) Resin “LEONA™” LEONA™, launched in May 1972, is Asahi …

ABS Resin Pellets ABS (Acrylonitrile-Butadiene-Styrene) resin pellets are produced through copolymerization and pelletized via extrusion. Known for excellent chemical resistance (alkaline and acidic), glossy finish, dimensional stability, and ease of processing, ABS is a balanced engineering plastic suitable for various applications. Below is a list of major ABS pellet manufacturers and their product lines. Techno UMG – “Techno ABS”, “Techno MUH” A leading Japanese supplier of styrenic resins, producing over 250,000 tons of ABS per year. Visit Official Website Asahi Kasei – “Stylac” Offering a wide range of grades for automotive, appliance, and OA equipment applications. Visit Official Website Denka …

The Resin & Plastic Materials Environmental Association is a specialized platform dedicated to the dissemination of technical and environmental knowledge concerning resins and plastics. This site serves as a knowledge hub for professionals engaged in manufacturing, design engineering, materials science, procurement, R&D, production, and environmental management. It aims to support the resolution of material-related challenges and foster informed decision-making in both industrial and academic settings. Topics covered include fundamental and advanced knowledge of plastic materials, classification and selection strategies, material properties and specifications, application fields, supplier directories, catalog databases, environmental compliance, IoT/IT collaboration, industry exhibitions, and emerging technologies. About the …