Are you facing challenges in applying logos on heat-sensitive materials?
Many technical fabrics and functional materials are sensitive to high temperatures, making traditional heat transfer logos challenging to apply.
Discover ECOFLEX | SLM: The Ultimate Solution for Heat-Sensitive Materials
This is where our ECOFLEX | SLM (Super Low Melt) comes into play – an innovative solution specifically designed for use on heat-sensitive materials. With ECOFLEX | SLM, you can apply your logos at low temperatures, preventing damage to the fabrics. Contact our team today to discover how ECOFLEX | SLM can transform your printing process and protect your fabrics from heat damage.
Why Special Heat Transfers for Sensitive Textiles?
Traditional heat transfers typically require temperatures between 140 and 175 degrees Celsius or even higher to activate the adhesive. However, this can cause heat damage such as heat marks or discolouration to heat-sensitive textiles. To avoid such issues, we developed ECOFLEX | SLM, which provides reliable adhesion at just 75 - 110 degrees Celsius.
The Benefits of ECOFLEX | SLM
Low-Temperature Adhesive:The adhesive in ECOFLEX | SLM activates at just 75 - 110 degrees Celsius, minimizing the risk of heat damage to sensitive fabrics.
Safe for Delicate Fabrics:Perfect for decorating technical fabrics, performance sportswear, high-quality garments, and water-repellent items.
Durable Adhesion:Despite the low application temperature, ECOFLEX | SLM offers a strong and long-lasting bond that meets the demands of even the most challenging applications.
Blocker Version Available:A blocker version of ECOFLEX | SLM is available for fabrics where dye migration is a concern, such as sublimated polyester and heavily patterned fabrics.
Versatile Applications:Suitable for a wide range of textiles, from sportswear to outdoor gear.
Heat-Sensitive Fabrics in the Textile Industry
In the textile industry, numerous fabrics are particularly heat-sensitive and thus require special attention during decoration as they can easily degrade, shrink, or melt when exposed to over heat. These materials have relatively low melting points and are commonly found in synthetic and some natural fabrics. Here are a few examples of heat sensitive fibers:
- Nylon (Polyamide): Nylon fibers are sensitive to high temperatures, and prolonged exposure can cause melting or yellowing.
- Polyester: Polyester is heat-sensitive and will melt under high temperatures. It’s often blended with other fabrics to enhance durability.
- Acrylic: Acrylic fibers are very sensitive to heat and can shrink, soften, or melt at relatively low temperatures.
- Polypropylene: Because of its natural hydrophobic and bacterial resistance features, polypropylene is heavily used on technical underwear, having however a melting point just over 100°C.
- Rayon: Although rayon is a semi-synthetic fiber derived from natural cellulose, it begins to decompose or char at a quite low temperature. Because of its heat sensitivity, rayon is often blended with other fibers like polyester to enhance durability and reduce shrinkage under heat.
Expand Your Textile Printing Capabilities
With ECOFLEX | SLM, you can expand your portfolio and embellish challenging materials that were previously considered difficult. This opens up new opportunities to showcase your brand and create high-quality products.
Exclusive Offer: Free Testing on Your Fabrics
Experience the effectiveness of ECOFLEX | SLM with our complimentary testing service. Send us your materials, and we’ll test the transfers directly on your fabrics to ensure optimal performance.
Join Us in Achieving High-Quality Textile Decoration
With ECOFLEX | SLM, we offer a reliable and gentle solution that allows you to safely decorate even the most sensitive fabrics. Take advantage of the versatility and quality of our ECOFLEX | SLM heat transfers and elevate your products to a new level.
For more information on ECOFLEX | SLM and to order your free sample pack, contact our team. Let's optimize your textile printing processes and maximize your product quality together.
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