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 of the core competitive advantages.
Based on long-term practical application experience and continuous research on textile process technology, BLUELAKECHEM has established a complete product system of textile auxiliaries covering pretreatment, dyeing and finishing processes, aiming to help customers to improve process controllability and production stability and achieve consistent and reliable fabric quality.
Pretreatment Auxiliaries: Improves cleanness and evenness of liquid absorption
Pretreatment is a key link to affect dyeing effect. If impurities on the fabric surface are not removed thoroughly or the liquid is absorbed unevenly, there will usually occur problems such as color stain, color differences or poor reproducibility in the subsequent dyeing process.
Aiming at the process requirements in this stage, BLUELAKECHEM provides a systematic solution of pretreatment auxiliaries, including:
Improves the wetting performance of fabrics and the permeability of liquid. Makes working solution works on the interior of the fibers more evenly.
- Scouring agent, Degreasing agent
Effectively removes the natural grease, spinning oil and processing residuals, so as to create clean surface condition for subsequent processes.
Controls the content of metal ions in the processed water and stabilizes the impurity system, which can decrease the risks of adverse reactions and process fluctuations.
- Hydrogen peroxide stabilizers and related auxiliary products
During the bleaching process, stabilizes the decomposition speed of hydrogen peroxide, improves the consistency of whiteness and reduces damage to fibers at the same time.
Through reasonable selection and matching use, the above mentioned pretreatment auxiliaries can help to improve process consistency, decrease bath differences and lay a stable foundation for the subsequent dyeing process.
Dyeing Auxiliaries: Achieves controllable and reproducible dyeing effects
The dyeing process is influenced by multiple factors such as fiber structure, dye system and process conditions, etc. If the stability of dyeing bath is insufficient or the dispersion of dyes is poor, it is easy to cause problems such as uneven dyeing and color deviation, etc., especially in the dyeing of polyester and its blends.
For different dyeing requirements, BLUELAKECHEM has developed a variety of dyeing auxiliaries, including:
Improves the dispersion stability of dyes, promotes uniform migration of dyes and reduces the risk of aggregation or color spots.
- Polyester dyeing carrier
Suitable for the dyeing requirements of polyester in specific process conditions. Improves penetration of dyes and evenness of dyeing.
- Dyeing bath stabilizer and pH adjusting and buffering system
Stabilizes the dyeing bath. Ensures the controllable interaction between the dyes and the fibers. Improves the reproducibility of the process.
By reasonable combined application, these dyeing auxiliaries can ensure color uniformity while enhancing the stability and controllability of the dyeing process, so as to help dyeing mills to achieve more reliable mass production.
Functional Finishing Agents: Meets the diverse terminal application requirements
With the continuous expansion of the application of textiles, functional finishing has become an important means to increase the added value of fabrics. Not only the functions and effects need to meet usage requirements, but durability and process compatibility also need to be taken into account.
BLUELAKECHEM provides multiple functional finishing solutions, including:
- Hydrophilic, moisture absorption and easy care finishing
Improves wearing comfort of fabrics. Suitable for garments and functional fabrics.
- Anti-static finishing system
Decreases static electricity of synthetic fibers and their blends during using and processing.
- Water-repellent and anti-staining finishing system
Improves protective performance of fabrics under the premise of keeping the appearance and handle of fabrics.
Above finishing auxiliaries are suitable for various kinds of fabric structures and fiber types, which can be flexibly matched and used to optimize performance according to different application scenarios and process conditions.
Silicone Oil and Softener: Optimizes handle and appearance
The handle and appearance of fabric are among the core indicators that end customers pay attention to, especially in the field of garments and home textiles. If the softener is not properly chosen, it may have a negative influence on color, strength or functionality.
BLUELAKECHEM provides many series of silicone oil and softener to improve handle and wearing comfort of fabrics, including:
- Silicone softeners with different molecular structures
Achieves soft, smooth, dry, elastic and bulky handle according to different requirements.
- Softeners suitable for knitted, woven and blended fabrics
Stable application for multiple fabrics and finishing processes.
Through scientific selection and process control, a stable, exquisite and repeatable handle can be achieved without affecting the color or functional finishing effect.
BLUELAKECHEM’s Integrated Solution of Textile Auxiliaries
With continuous research on textile dyeing and finishing processes and in-depth understanding of application demands, BLUELAKECHEM is committed to providing overseas dyeing mills, textile enterprises and textile chemical distributors with full-course textile auxiliary solutions covering pretreatment, dyeing and finishing. By stable product performance and professional technical support, BLUELAKECHEM helps customers to achieve sustainable development in improving product quality, optimizing production process and setting up long-term cooperation.
