I. Fiber Modification: Optimizing Basic Fabric Properties from the Root Epoxy compounds, with their high reactivity as three-membered ring ethers, can directly undergo ring-opening reactions with the......
2026-07-17I. Pre-spinning Process: Establish a Solid Foundation for Production In pre-spinning stages like yarn spinning and winding, the core function of polyethers is efficient antistatic protection. Synthet......
2026-07-16I. Basic Definition of Polyethers in the Textile Sector Polyethers in textile auxiliaries are linear non-ionic polymers synthesized via ring-opening polymerization using raw materials like ethylene o......
2026-07-15Textile auxiliaries, often referred to as the "industrial MSG" of textile processing, are used in small quantities but directly determine the final quality of the fabric. Their raw material system, af......
2026-07-14I. Precise Proportioning: Dosage Determines Success Textile auxiliaries are not a case of "the more the better." Pretreatment agents (such as scouring agents and desizing agents) are typically used a......
2026-07-13I. The Tragedy of Traditional Auxiliaries: A Burden the Environment Cannot Bear Textile auxiliaries, often called "industrial MSG," are also major culprits in dyeing and finishing wastewater pollutio......
2026-07-10I. Precise Positioning Based on Application Scenarios Block silicone oil, also known as "ternary copolymer block silicone oil," is a core tool for softening textiles. The primary principle for select......
2026-07-09As a third-generation organosilicon textile softening agent, block silicone oil, with its unique molecular structure advantages, has become a key auxiliary agent in current dyeing and finishing proces......
2026-07-08Unique Molecular Structure and Functional Logic Block silicone oil is a modified organosilicon product formed by chemically linking polysiloxane segments with organic segments such as polyethers in a......
2026-07-07Molecular Structure and Core Functional Logic Epoxy silicone oil is a modified organosilicon product with epoxy active groups introduced into the side chains of polysiloxanes. Unlike ordinary amino s......
2026-07-06Molecular Structure and Underlying Logic of Function Amino silicone oil is currently the most widely used modified organosilicon product in the textile finishing field. It incorporates polar amino fu......
2026-07-03Basic Properties and Core Functional Logic Dimethyl silicone oil is the simplest polysiloxane textile auxiliary agent in terms of structure. Its main chain consists of alternating silicon and oxygen ......
2026-07-02Dimethylsilicone Oil-Based Softeners This is the earliest industrialized basic silicone fabric softener. With pure polydimethylsiloxane as its core component, it has a simple structure and low cost. ......
2026-07-01Refined Molecular Design for Precise Performance Customization The future development of silicone softeners will move beyond traditional empirical formulation methods, relying on molecular simulation......
2026-06-30Emerging Stage (1960s-1970s): From Laboratory to Industrialization In the 1960s, Dow Corning Incorporated pioneered the application of polydimethylsiloxane in textile softening, officially launching ......
2026-06-29
