Blog & Berita

In textile dyeing and finishing production, many problems that seem to occur in the dyeing process, but actually the root cause is often in the pretreatment process. As the most fundamental yet but easily underestimated process in the dyeing and finishing process, the stability of pretreatment process directly affects the evenness of fabric dyeing, color reproducibility and the…

In textile dyeing and finishing production, the pretreatment process has a decisive influence on the final dyeing effect and the quality of the finished product. Whether the pretreatment is sufficient and stable directly affects the evenness of liquid absorption of the fabric, the dyeing performance of the dyes and the reproducibility between batches. Due to the obvious differences of chemical…

Before dyeing and finishing, pretreatment is a key link to determine the quality of final fabric. Whether it is natural fibers such as cotton and flax, etc. or synthetic fibers such as polyester and nylon, etc., the quality of the pretreatment directly affects the evenness of dyeing, dyeing efficiency, color fastness and the effect of subsequent functional finishing. This article will systematically…

In modern textile dyeing and finishing production, the stability of process, color consistency and the performance of finished fabric largely depend on the correct selection and rational application of textile auxiliaries. For dyeing mills and textile enterprises targeting the international market, how to maintain stable and repeatable production quality under different batches and different fabric conditions has become one…

As the world textile industry moves towards sustainability, the selection of textile auxiliaries becomes more important to ensure environmental compatibility and maintain the reputation of the product. Non-approved chemicals in processes such as dyeing and finishing can lead to pollution and the potential loss of export markets. BLUELAKECHEM provides eco-friendly textile auxiliaries standards-compliant solutions, helping…

In today’s highly competitive global textile industry, manufacturers are facing increasing pressure from rising raw material costs, labor expenses, and stricter delivery requirements. Under these circumstances, production stability and fabric consistency have become more critical than ever. Textile auxiliaries are no longer simple consumables. They play a decisive role in processing efficiency, fabric performance, and…

During manufacturing textile, stable product quality and production efficiency never occurs occasionally. Every evenly dyed and batch-consistent fabric is inseparable from the scientifically designed textile process and a well-matched textile auxiliary system. For overseas dyeing mills, textile fabric manufacturers and textile chemical distributors, a comprehensive understanding of the textile technological process not only helps solve practical problems in production,…

Hanoi, Vietnam — December 16–18, 2025HanoiTex 2025 (Vietnam Hanoi Textile & Garment Industry Expo), the largest and most influential textile and garment exhibition in northern Vietnam, will once again open at the ICE Hanoi – Friendship and Culture Palace. Supported by the Ministry of Industry and Trade of Vietnam and major industry associations, the show…

In the textile dyeing and finishing industry, wetting is one of the key factors to determine the treating effect. Whether it is to remove impurities in the pretreatment process, improve dyeing evenness in the dyeing process, or to improve coating effectiveness in the finishing process, wetting speed and wetting depth both directly affect the production efficiency…

Exhibition Information In 2025, the global textile and chemical industry's attention will again focus on Sao Paulo. The 50th DYE+CHEM BRAZIL International EXPO 2025 held by CEMS-Global USA will open grandly. As one of the world's most influential exhibitions of Dye+Chem series, this year's exhibition will present a high-standard and high-level professional event for the global textile auxiliaries and dyeing chemical…