skai Parotega NF: Enhanced Upholstery with staynu Technology & New Colors
Continental AG has announced a significant upgrade to its skai® Parotega NF upholstery covering, integrating staynu® technology as a standard feature. The move aims to enhance the material’s durability, cleanability, and environmental profile, while also expanding its aesthetic versatility.
skai Parotega NF has long been a staple in contract applications – environments subject to heavy use and demanding performance requirements – including healthcare facilities, hospitality venues, and public transportation. Its existing strength lay in its realistic leather grain and adherence to the stringent B1 fire protection standard (designated by the “NF” suffix, signifying non-flammable), making it a preferred choice for architects and designers working on public building projects.
The integration of staynu technology represents a key advancement. This surface finish significantly increases the material’s resistance to abrasion and staining, simplifying cleaning procedures and improving its resilience against common disinfectants. This is particularly relevant in sectors like healthcare, where frequent and rigorous cleaning is essential. According to Continental, staynu technology makes the material “significantly more resistant to abrasion and soiling, noticeably easier to clean, and particularly resistant to disinfectants.”
Beyond the surface treatment, Continental has also focused on improving the structural integrity of skai Parotega NF. A newly implemented, stronger textile backing enhances tear resistance, building upon the material’s already robust characteristics. This improvement addresses a critical factor for long-term performance in high-traffic environments.
Environmental considerations have also been central to the upgrade. Continental has transitioned to a phthalate-free plasticizer and implemented a solvent-free finishing process. This shift demonstrates a commitment to reducing the environmental impact of its materials, responding to growing demand for more sustainable options within the interiors industry. The company’s press release highlights this as an “enhanced environmental compatibility.”
The aesthetic range of skai Parotega NF has also been broadened, with the addition of twelve new color options, bringing the total palette to 43 shades. This expanded color selection provides designers with greater flexibility and creative control when specifying the material for various projects. skai notes the addition of these “trendy shades” to an already “remarkably wide range” of colors.
The skai Parotega NF material is a PVC-based artificial leather. While the move to phthalate-free plasticizers represents an environmental improvement, it’s important to note that PVC itself remains a material with environmental concerns related to its production, and disposal. However, the enhanced durability offered by staynu technology and the stronger backing could potentially extend the lifespan of the material, reducing the frequency of replacement and mitigating some of those concerns.
Continental’s Surface Solutions business area spearheaded the development and implementation of these upgrades. The company’s focus on improving both performance and sustainability positions skai Parotega NF as a competitive offering in the contract upholstery market. The material’s continued adherence to the B1 fire protection standard remains a crucial selling point for applications in public buildings, where safety regulations are paramount.
The timing of this upgrade, announced on , suggests Continental is proactively responding to evolving market demands for more durable, sustainable, and aesthetically versatile interior surfaces. The combination of enhanced performance characteristics, a broader color palette, and a commitment to environmental responsibility positions skai Parotega NF for continued success in a competitive landscape.
The widespread use of skai Parotega NF in demanding commercial settings – from healthcare and hospitality to public spaces – underscores the importance of these improvements. The material’s ability to withstand frequent cleaning, resist wear and tear, and meet stringent safety standards makes it a practical and reliable choice for environments where longevity and hygiene are critical.