“If you want quality, you need top-shelf pre-treatment”- Francisco, BU Manager Classical Textiles
Raw textiles don’t come in squeaky clean. Both natural and synthetic fibres contain waxes and oils. When not removed, such contamination meddles with the pick-up rate of the fabrics, resulting in lower quality of treatments like dyeing, printing and coating. Moreover, as fibre types like cotton are beige by nature, applying light and pastel colours results in lower colour quality. Pre-treatment methods and optical brightness agents help you tackle all of these problems beforehand. Or as our BU Manager Classical Textiles put it: “If you want quality, you need top-shelf preparation”.
Imagine you were painting a picture. Your success would depend on your talent and your eye for detail, but also on the quality of your canvas. How well does it absorb the paint? Does the colour of the canvas meddle with the hue of the applied colours? How does it react to high temperatures? The better you prepare your canvas, the better your end-result will be. This is why pre-treatment chemicals and optical brightness agents are so important.
Let’s dive into some pre-treatment basics. There’s no way there’ll ever be one single recipe that cleans, prepares and protects all textiles in the world. The right pre-treatment cocktail depends on quite some factors, such as:
• Fibre type
• End-goal of the product
• Used colours (light, pastel, dark)
• Water hardness
• Temperature during production process
• Quality standards
This is where we come in
Pre-treatment is a science. Whenever we start working with a new client, we try to gather as much information as we possibly can to tailor our pre-treatment chemicals and optical brightness agents to his specific product type and preferences. We test small samples in our lab in Ede, or have one of our experts stop by to perform a trial at the plant.
Our product range
Optical Brightening Agents
Our range of optical brightness agents (OBAs) was specially developed to target specific fabric types. Broadly, we distinguish agents for cellulosic fibres like cotton and synthetic fibres like polyamide. They absorb light and re-emit it so that the colour tone of the treated textiles appears brighter. The whitening effect of our optical brightness agents is long-lasting, meaning they extend the quality of your textiles in terms of brightness and cleanliness factor.
As Tanatex used to be a company for classical textiles, we know all there’s to know about bleaching and dyeing of different fibre types. This helped us to develop pre-treatment products that are both easy in use and effective in optimising all other following textile treatment steps. In this development process, we not only focus on high quality, but also on sustainability by working with natural resources such as minerals.
Moisture wicking properties: how to lose them, how to boost them
Textile professionals are a lot like normal people. They can’t be compared. What makes one manufacturer extremely happy causes a bad day for the other. This certainly applies to moisture wicking. For some textile products, the feature is helpful, as it helps wearers stay dry and ventilated. But when you produce PVC coated fabrics, moisture […]
The water saving challenge: TANA®ZYM NCP for Bioscouring and Desizing put into practice
The textile industry is one of the most water consuming industries in the world. Every stage in the production process requires water, either to apply substances or to wash them off. Now, water scarcity has been a global problem for some time, but the awareness of today’s textile manufacturers is increasing, causing them to take […]
The search for a formaldehydefree binder stops here
Roller blinds, plisse window shades and book covers are famous examples of products that need to withstand tearing, breaking and friction without losing their elasticity. To add these qualities to the fabric, textile manufacturers often work with polyurethane binders in their production process. Sadly, these binders come with three important obstacles, as they contain formaldehyde […]