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Nano-Level Coloration, Intelligent Solutions for the Future
Yarn Expo Autumn/Winter 2026
Jiangsu Mizlion Nano Technology Co.,Ltd.

The “Invisible Guardian” During the Hottest Days of Summer

From Laboratory Innovation to Everyday Protection: The Seamless Integration of Flame Retardant Masterbatch

Yancheng Ruize Color Masterbatch Co., Ltd.

The “Invisible Guardian” in Extreme Summer Heat

During the hottest period of summer, continuous high temperatures and intense UV exposure create serious challenges for the performance and durability of outdoor products, transportation interiors, and industrial materials.

As the “foundation materials” of modern industries, synthetic fibers play an essential role in daily life. Their safety, durability, and reliability directly influence the quality and security of production environments and consumer products.

When buying clothes, the fiber labels can make your head spin: cotton, linen, silk, wool, polyester, nylon, modal, lyocell, chiffon…

How many types of fabrics are there? What are their advantages and disadvantages? How can you tell whether a fabric is genuine when shopping offline? Today, let’s break down the secrets behind clothing materials.

Catalyst Residue Problems in PP Process: Causes and Effective Solutions

Intro

In small-kettle batch polypropylene processes, catalyst residues are one of the key factors affecting product stability, often leading to oxidation, yellowing, and performance degradation.

Why Does PP Fiber Turn Yellow? Causes and Solutions

Intro

PP fiber yellowing is a common issue in polypropylene spinning and nonwoven production. It not only affects product appearance but also indicates material degradation and reduced long-term stability.

Understanding the root causes is essential for improving product quality and extending service life.

Ruize PP Anti-UV Masterbatch is specially developed for small-kettle batch polypropylene (PP) production processes, which are widely used in fiber, filament, and nonwoven applications.

Due to inherent limitations such as catalyst residue, uneven molecular distribution, and low oxidation stability, PP materials produced in small-kettle systems are prone to yellowing, brittleness, and performance degradation during processing and end-use.

Our solution is designed to systematically eliminate these defects and significantly improve both processing stability and long-term durability of PP products.

Why Meltblown Polypropylene Is Ideal for Oil Absorption

Polypropylene (PP) meltblown nonwoven fabric is one of the most widely used materials in industrial oil absorbent products. Thanks to its unique microfiber structure, high surface area, and natural oleophilic-hydrophobic properties, it can quickly absorb oil while repelling water.

Meltblown nonwoven fabric is widely recognized as the core filtration layer used in face masks. However, thanks to its ultra-fine fiber structure, high porosity, excellent filtration efficiency, thermal insulation properties, and strong oil absorption capability, meltblown fabric has become an essential material across numerous industrial and consumer applications.

As a leading supplier of polypropylene masterbatch solutions for nonwoven production, Trumps and Ruize Masterbatch explores the diverse applications of meltblown nonwoven fabrics.

Driven by rising crude oil and polypropylene feedstock costs amid geopolitical tensions between the U.S. and Iran, as well as tightening availability of fiber-grade polypropylene in the spot market, production costs for PP nonwovens continue to receive strong support.

At the same time, the industry is facing its traditional off-season, with sluggish end-user demand, insufficient order volumes, and weak replenishment willingness from downstream buyers. As a result, the PP nonwoven sector remains caught in a high-cost, weak-demand environment.

Under these conditions, manufacturers are experiencing continued pressure on profit margins, ongoing inventory destocking, and relatively low operating rates with limited fluctuations.

As summer arrives, high temperatures and humidity become invisible enemies to a baby’s delicate skin. Since diapers are worn around the clock, poor material selection or inadequate design can easily lead to diaper rash, skin irritation, and heat rash.

So, how can a diaper become a baby’s “second skin” — providing excellent absorbency and leakage protection while remaining breathable and comfortable?