NCP TX 9112 is an innovative technical fabric developed by Nastrificio di Cassano, ideal for manufacturing industrial wash-resistant labels. Discover all the details.
In the industrial sector, where washing processes are intense and repetitive, choosing the right material for labels is a decisive factor. Indeed, the extreme conditions of industrial washing demand advanced technical fabrics capable of withstanding heat, solvents, and abrasion.
For this reason, Nastrificio di Cassano has developed the innovative NCP TX 9112 fabric, which companies in the sector can utilize to produce high-performance, industrial wash-resistant labels.
In this article, we explore all the unique advantages of this new product.
Industrial washing: the importance of choosing the right label
Industrial washing processes involve the use of aggressive detergents, high temperatures, and repeated wash cycles. Under these rigorous conditions, not all materials are capable of maintaining their core characteristics intact.
Creating labels that are truly resistant to industrial washing is essential to guarantee:
- Structural integrity even in high-temperature environments
- Robust resistance to heavy-duty detergents and solvents
- Flawless legibility of printed information over time
When even one of these elements fails, the label loses its fundamental informative and identifying function, compromising message clarity. For companies in the sector that rely heavily on labels to communicate essential data, this loss can represent a significant operational critical issue.
NCP TX 9112: the new standard for industrial washing
NCP TX 9112 by Nastrificio di Cassano is a technical fabric specifically engineered to produce industrial wash-resistant labels. It is built to endure the extreme heat, chemical detergents, and mechanical stresses typical of the heavy textile and denim industries.
This innovative fabric represents one of the most reliable and advanced solutions for businesses seeking premium performance combined with the absolute assurance of a certified, 100% Made in Italy product.
Key Technical Attributes of NCP TX 9112:
- Resistant to mechanical and chemical stress, thanks to its advanced polyester fiber structure.
- Optimized for intense and repeated washing cycles, achieved through a perfect synergy between a coated polyester substrate and a high-grade polyurethane resin finish.
- Wear, heat, and solvent resistant, enhanced specifically by the targeted polyurethane resin treatment.
- Compact and uniform texture, because it is coated with resin on both sides, which significantly improves ink adhesion and high-resolution print quality.
Thanks to its meticulously engineered structure, this innovative textile stands out as one of the most dependable solutions for creating labels that resist washing, heat, and solvents, guaranteeing extreme reliability and long-term durability.
Certified quality: NCP TX 9112 is Oeko-Tex certified
NCP TX 9112 is certified according to the highest international standards. The Oeko-Tex® certification guarantees that the product is completely safe, free from harmful substances, and fully compliant with the strictest global regulations.
This represents a critical requirement, particularly for enterprises operating within the medical, high-end apparel, and automotive sectors.
Full compatibility with Thermal Transfer printing
The benefits extend beyond industrial wash resistance. A major operational advantage of this innovative fabric from Nastrificio di Cassano is its native compatibility with thermal transfer printing technology—a method that ensures ultra-sharp, high-precision rendering of printed data.
This solution allows companies to print high-definition logos, texts, barcodes, and technical information which, combined with the NCP TX 9112 fabric, preserve maximum clarity and quality even after repeated cycles of industrial laundering.
Premium performance: excellence in Garment Dyeing and Stone Wash
The resistance properties of NCP TX 9112 push past the boundaries of conventional industrial washing, perfectly meeting the most extreme demands of the textile and fashion sectors.
One of its standout features—hardly matchable by competing materials—is its exceptional resistance to stone washing. This washing process, fundamental in the denim industry to give fabrics a “lived-in” aesthetic, is notoriously one of the most abrasive and stressful treatments for textile fibers. Our NCP TX 9112 passes this test with flying colors, positioning itself as a truly premium-grade product.
Coupled with this structural solidity is unparalleled production flexibility, driven by its full compatibility with garment dyeing. This feature offers fashion brands the valuable option to dye garments and materials at a stage subsequent to the label printing itself. The result? A label that preserves printed information and physical integrity unaltered, seamlessly aligning with the demanding timelines and workflows of the modern fashion industry.
Industrial applications of NCP TX 9112
The exceptional technical specifications of NCP TX 9112 make it the ideal choice for various industrial fields, particularly where labels are subjected to intensive cleaning regimens and heavy stress. Target sectors include:
- Fashion industry and denim manufacturing
- Technical workwear and Personal Protective Equipment (PPE)
- Manufacturing and the hospitality sector
- Products destined for industrial laundries and professional textile care services.
Nastrificio di Cassano: innovation and quality since 1962
At Nastrificio di Cassano, we believe that the most meaningful innovations stem from the courage to explore new paths.
This philosophy has guided our work since 1962: a continuous balance between passion, cutting-edge research, and a know-how deeply rooted in the Italian manufacturing tradition.
This vision does not remain theoretical; it translates into concrete, high-performance solutions. It is precisely from this mindset that the NCP TX 9112 fabric was born: an innovative product designed to give shape to our core values of quality, reliability, and meticulous attention to detail.