Special Finishes
Special finishes in textile manufacturing refer to treatments applied to fabrics to enhance their appearance, texture, performance, or functionality. These finishes can be applied at various stages of the manufacturing process, from raw material treatment to the finished product. They play a crucial role in meeting consumer preferences, adding value to textiles, and differentiating products in the market.
Super Wick
Fabric wicking is rooted in the principle of capillary action, whereby moisture is drawn away from the skin and dispersed across the fabric's surface. This process is facilitated by the structure of the fabric, which typically consists of hydrophobic (water-repelling) fibers interspersed with hydrophilic (water-attracting) fibers or treatments. Common materials used in wicking fabrics include polyester, nylon, and blends thereof. When the body perspires during physical activity, sweat is absorbed by the fabric and moves through capillary channels created by the fabric's micro-structure. Hydrophilic fibers or treatments attract moisture, pulling it away from the skin, while hydrophobic fibers ensure rapid evaporation by spreading the moisture across a larger surface area. This dual-action mechanism promotes efficient moisture management, keeping the wearer dry and comfortable.
The significance of fabric wicking in performance apparel cannot be overstated. For athletes engaged in intense physical activities, excessive moisture accumulation can lead to discomfort, chafing, and even skin irritation. Moreover, prolonged exposure to moisture can compromise the body's ability to regulate temperature, increasing the risk of overheating or hypothermia. By incorporating wicking fabrics into performance apparel, manufacturers address these challenges and optimize athletes' comfort and performance. Wicking fabrics not only keep the skin dry but also enhance breathability, allowing excess heat to escape and promoting thermoregulation. As a result, athletes can maintain focus, endurance, and peak performance throughout their activities.
The implications of fabric wicking extend beyond athletic performance to various outdoor pursuits and everyday activities. Whether hiking through rugged terrain, cycling on hot summer days, or simply running errands, individuals benefit from apparel that effectively manages moisture and enhances comfort. Moreover, fabric wicking contributes to overall garment durability and longevity. By reducing moisture-related wear and tear, wicking fabrics maintain their performance properties even after repeated use and laundering. This durability aspect is particularly valuable for outdoor enthusiasts who rely on their gear in challenging environments.
In Pranera, we uses super wick functionality in the fabric, gives it the ability to pull the moisture away from skin using tiny, built-in capillaries. Moisture is drawn to the exterior of the fabric, which makes it to evaporate faster. Super Wick keeps you cool and dry
Super Sheild - Antimicrobial
The applications of antimicrobial fabric span across diverse industries and sectors. In healthcare settings, antimicrobial textiles are utilized in hospital gowns, bedding, and other medical textiles to reduce the risk of healthcare-associated infections (HAIs) and maintain a hygienic environment. In the apparel industry, antimicrobial fabrics find use in activewear, socks, underwear, and outdoor gear, offering odor control, enhanced hygiene, and prolonged durability.The benefits of antimicrobial fabric are manifold. Firstly, these textiles help control odors by inhibiting the growth of odor-causing bacteria, ensuring freshness and comfort, particularly in garments worn during physical activities.
Secondly, antimicrobial fabrics contribute to improved hygiene by minimizing the risk of bacterial and fungal infections, promoting health and well-being. Additionally, these textiles enhance durability by protecting against microbial degradation, mold, and mildew, thereby extending the lifespan of textile products. In Pranera, Antimicrobial fabrics are fiber-based substrates to which antimicrobial agents have been applied at the surface or incorporated into the fibers, rendering a product that kills or inhibits the growth of microorganism.
The benefit of antimicrobial textiles is that they provide lasting, continual protection against potentially harmful microbes such as bacteria - wash after wash. They are also effective against stain and odour-causing bacteria, ensuring they stay cleaner and fresher for longer
UV Protection Finish
Shielding Health and Comfort
In an era where sun exposure is increasingly recognized as a risk factor for skin damage and disease, the integration of UV protection finish in fabrics emerges as a pivotal innovation. This writing explores the significance, mechanisms, applications, and benefits of UV protection finish in fabrics, highlighting its role in safeguarding human health and enhancing comfort in outdoor activities.
UV protection finish is a specialized treatment applied to fabrics to enhance their ability to block harmful ultraviolet (UV) radiation from the sun. This finish is achieved through the incorporation of UV-absorbing compounds or the application of UV-blocking coatings onto the fabric surface during manufacturing or post-treatment processes.
UV protection finish operates through two primary mechanisms: absorption and reflection. UV-absorbing compounds embedded within the fabric matrix absorb incoming UV radiation, converting it into harmless thermal energy. Alternatively, UV-blocking coatings on the fabric surface reflect UV rays, preventing their penetration and subsequent skin exposure.
The benefits of UV protection finish extend beyond sunburn prevention. By reducing UV exposure, these fabrics help preserve the skin's integrity, minimizing the risk of long-term damage and disease. Moreover, UV-protected fabrics enhance comfort by reducing heat absorption and maintaining a cooler microclimate, particularly in hot and sunny environments. This aspect is particularly advantageous for individuals engaged in outdoor sports, leisure activities, or occupations requiring prolonged sun exposure.
While UV protection finish offers valuable benefits, considerations for effectiveness and sustainability are paramount. Factors such as the level of UV protection provided, durability of the finish, and environmental impact of UV-blocking compounds must be carefully evaluated. Furthermore, efforts to enhance the sustainability of UV protection finish include the use of eco-friendly UV-absorbing agents, responsible manufacturing practices, and consumer education on proper garment care and maintenance.
In Pranera, we inherent nature of the fibre gives this fabric the UV Protection properties. UV Rays in the sun are harmful to humans. Our Fabrics are UPF 30+ and above thus giving you a day long protection.
Our Special Finishes
