Nylon (PA), the most produced and widely used variety among the five major engineering plastics, is extensively applied in automotive, electronic/electrical, rail transit, and new energy sectors, owing to its excellent mechanical strength, wear resi

In-situ polymerization technology provides an effective route for the functional modification of polyamide 66 (PA66), primarily by incorporating functional components directly into the polymerization system through copolymerization or composite metho

In modern medical practice, vascular interventional surgery has become a core technology for treating cardiovascular diseases. The clinical use of devices such as catheters, balloons, and stents in interventional procedures imposes stringent requirem

As polymer material technologies continue to evolve and masterbatch applications expand into high-end fields, performance standards are constantly rising. Among these, the uniformity of filler dispersion—a core indicator of masterbatch production tec

Friends who make orange nylon or PBT parts have probably encountered this headache-inducing problem: After placing the samples in an 85°C/85% RH chamber or a 120°C oven for several hundred hours, the orange color fades, darkens, and even turns gra

High-strength and heat-resistant nylon (PA+GF) has become the "main force" in fields such as automotive, electronics, and machinery. However, in actual production, two issues have been troubling engineers: surface fiber exposure and water abso

ABS resin has wide applications, but it has two "drawbacks":First, it is inherently flammable; second, it is highly sensitive to light, heat, and oxygen.。 To solve the first problem, the industry generally adoptsBrominated flame retardants + antim

It is a classic and widespread challenge in overmolding TPE onto nylon (PA6 or PA66) that the TPE “fails to bond tightly.” In fact, overmolding onto engineering plastics is generally difficult—especially onto POM. So, where does the problem lie? In t

In the aerospace field, commonly used thermoplastic composite matrix materials include polyetherimide (PEI), polyetheretherketone (PEEK), polyetherketoneketone (PEKK), low-melting-point polyaryletherketone (LMPAEK), polyphenylene sulfide (PPS), and

Friends who work with orange nylon or PBT parts have probably all encountered this frustrating issue: The sample is placed in a box at 85°C/85% RH or in an oven at 120°C, and after several hundred hours, it is taken out—the orange color has faded,

In the plastic family, engineering plastics are like "special forces," capable of maintaining stability in extreme environments such as the flames of rocket engines, the high temperatures of car engines, and medical sterilization. They are "super

The nylon flame retardant industry is currently at a critical juncture of technological paradigm shift—on one hand, regulations such as the EU REACH continue to tighten restrictions on the use of halogenated flame retardants; on the other hand, emerg

Nylon (PA)As the top-ranking among the five major engineering plastics, it is widely used thanks to its excellent mechanical strength, wear resistance, and chemical resistance.Automotive, Electronics and Electrical, Rail Transitand other fields. H

In the race to develop lighter, safer, and more efficient electronic products—from electric vehicles to transcontinental power grids—there is one component.Truly holding the energy core：Polymer CapacitorPolymer capacitors are commonly found in devic

On March 3, 2026, Verdant IMAP, a financial services institution focused on the African market, announced that it has successfully completed a $5 million strategic equity financing advisory service for Polysmart Packaging Group, a leading Nigerian co

Glass fiber (GF) is one of the most commonly used materials for reinforcing PA6, and its components (such as fiber length, content, surface treatment agents, etc.) have a significant effect on the properties of the composite material. Table: Overview

Impact modifiers are key additives for enhancing the toughness and impact resistance of plastic products, with a wide variety of types and extensive applications. Based on the search results, I have compiled 50 impact modifiers covering different che

The most cost-effective method for modifying engineering plastics is indeedReinforcement modificationIts core logic lies in using low-cost fillers to replace part of the expensive resin matrix, thereby directly reducing the material cost per unit wei

In the production, processing, and use of PVC products, yellowing is a common quality problem that plagues the industry. It not only affects the aesthetic appearance of the product but also potentially reduces the mechanical properties and service li

PA66, as a crucial engineering plastic, is undergoing a profound transformation in its modification technology research, shifting from traditional mechanical property optimization to multi-functional integration. Early studies focused on reinforcemen