CHINAPLAS 2025 Recap: What Plastic Pellet Suppliers Need to Know

In April 2025, the Shenzhen International Convention and Exhibition Center hosted a pinnacle dialogue for the global plastics industry. CHINAPLAS 2025 not only showcased cutting-edge materials and advanced technologies but also revealed the future development trends of the plastic raw material industry.As a specialized plastic raw material pellet supplier, we pay close attention to the key directions of this exhibition, including gre...

CHINAPLAS 2025 Reveals 4 Major Trends Reshaping the Global Plastics Industry

I. Trends at CHINAPLAS 2025 At the recently concluded CHINAPLAS 2025, the global plastics and rubber industry presented a deep change with “green, intelligent, innovative, and globalization” as the core. As an exporter of plastic raw material pellets, we have conducted in-depth research and exchanged views with global customers, and found that the following four trends are rapidly reshaping market demand and the supply chain...

Several Points to Consider When Injection Molding PA66 Plastic

I. Drying Process: If the material is sealed before processing, then drying is not necessary. However, if the storage container has been opened and the humidity is not too high, it is recommended to dry the particles in hot air at 85°C before processing. If the air humidity at the time is greater than 0.2%, a vacuum drying process at 105°C for 12 hours is also required. II. Melting Temperature: Generally, the melting tempera...

Nylon Material Modification Technology for Automotive Applications

Nylon (PA), as one of the most commonly used engineering plastics, possesses mechanical properties and heat resistance superior to those of general-purpose plastics. It also has excellent wear resistance, fatigue resistance, corrosion resistance, electrical insulation, and ease of processing, making it widely used in the automotive and mechanical engineering sectors. In various automotive components, compared to polypropylene (PP)...

Engineering Plastics and Specialty Plastics in Automotive Applications

Many automotive plastics possess numerous advantages over traditional materials, primarily characterized by their lightweight nature, excellent aesthetic appeal, a variety of practical applications, good physical and chemical properties, ease of processing and molding, energy efficiency, and sustainability.     Engineering Plastics Engineering plastics, due to their superior comprehensive mechanical properties, ...

How to Choose Coloring Agents for Nylon PA66, PA6

Nylon colorants are divided into two main categories: pigments and dyes, with pigments further subdivided into inorganic pigments and organic pigments. Due to the unique characteristics of nylon, there are special requirements for colorants. Today, we will primarily focus on how to select colorants for nylon. 1.  About Nylon (2). Characteristics of Nylon Nylon has high mechanical strength, a high softening point, heat resist...

20 Common Modified Plastic Alloys

1: ABS/PC Blend Alloy (PC/ABS Blend Alloy) Performance Improvement: Enhanced low-temperature impact resistance, improved process flowability, better impact resistance, and increased heat stability of ABS. Main Applications: Office equipment housings, electronic and electrical parts, automotive dashboards and lighting components, charging pile casings, medical device components, and housings for home appliances. 2: AB...

Several Commonly Used Thermoplastic Elastomers on Automobiles

The automotive industry utilizes a wide variety of thermoplastic elastomers (TPEs), with the most prominent ones being thermoplastic olefin (TPO), thermoplastic vulcanizate (TPV), thermoplastic polyester elastomer (TPEE), thermoplastic polyurethane (TPU), and thermoplastic styrenic elastomer (TPS). TPE materials are processed similarly to thermoplastics, offering significant production benefits, while their applications resemble thos...

Introduction to Some Production Methods for PP Plastic

Polypropylene (PP) plastic is a versatile material used in various applications due to its excellent properties such as resistance to chemicals, high melting point, and durability. Slurry Process: Polymerization in a diluent such as hexane, which is the earliest industrialized method and, to date, the one with the largest production volume. Bulk Liquid Phase Process: Polymerization at 70°C and 3MPa within liquid propylene. ...