Capitalizing on the advantages of our Bamboo White Ash fabric, the DannyShane Active Lifestyle Polos were designed with the outdoor recreation-enthusiast in mind. Active Lifestyle Polos are tailored, yet cut much looser and longer than their cycling counterpart - this allows for more variety of use: Look your best on the bike, at work, on the course, or at the coffee shop. The Nelson Pearl Polo Shirt is based on our popular retro jersey styling - you're guaranteed to make a bold fashion statement with this one!
What is Bamboo White Ash:
DannyShane jerseys are made from a proprietary fabric blend with 50% to 55% Bamboo White Ash (BWA). BWA is among the latest innovations in natural performance fibers. In addition to its aesthetic benefits, BWA is also an eco-friendly solution. The material offers natural breathability, rapid moisture wicking, odor resistance, anti-static qualities, durability, and softness that cannot be matched. By weaving BWA directly into our recycled polyester fabrics, we’re able to ensure that DannyShane jerseys won’t fade or discolor, even after years of daily use. Cyclists can feel confident that DannyShane products will stand the test of time, and that they won’t irritate the skin like other materials may.
Glossy blue, black and grey on white
Rip-Stop BWA fabric for ultimate comfort
Tailored, loose fitting cut - fits one size bigger than Cycling polo
Chest pocket with DannyShane Logo
Fabric blend of 50-60% Bamboo White Ash (BWA) and Textured Microfiber Polyester Rip-Stop
Bamboo White Ash blend provides ultimate comfort and performance support
Assembled Dimensions: 8.00 × 6.00 × 1.00 in Shipping Dimensions: 8.00 × 6.00 × 1.00 in Approximate Shipping Weight: 2.00 pounds
This item ships via FedEx or UPS (depending on your zip code). Once shipped, you will receive a tracking number via the email address you provide. Ground shipments usually arrive within 2-5 business days after shipment. Normally, our shipments do NOT require a signature and will be left on your doorstep if you are not available at the time of delivery.