Oakley Contender Sport Block Polo Shirt Men's

Unique two-fabric color blocking construction along with advanced moisture wicking management and full-stretch fabrication make the Oakley Contender Sport Block polo ideal for the range, golf course, or clubhouse. Antibacterial fabric treatment assists in repelling odor, and UPF 15+ helps provide protection from the sun’s UV rays.

Oakley Contender Sport Block Polo Shirt Men's Features & Specifications:

• Hydrolix moisture management system helps keep you cool, dry, and comfortable
• 4-way stretch provides freedom of movement and superior comfort
• UPF 15+ is designed to provide sun protection
• Antibacterial helps prevent bacteria and odor build-up
• Recycled Polyester made from post-consumer plastic bottles that is lightweight and breathable
• Two button closure for classic styling
• Two fabric color block construction offers unique look
• Embroidered Ellipse on back of neck
• Oakley transfer logo on back yoke and left sleeve
• Split hems for improved overall comfort
• Side panel inserts with stretch provide enhanced shoulder/side rotation
• Internal microfiber eyewear cloth offers a quick convenient solution
• 93% Recycled Polyester
• 7% Spandex

TECHNOLOGY

• 4 WAY STRETCH: Quick drying. Flexible. A multi-directional 4-Way Stretch fabric ensures greater freedom of movement and enhanced comfort.
• HYDROLIX™: Stay cool, dry and comfortable with moisture absorption, wicking and accelerated drying time. Oakley’s exclusive O Hydrolix™ moisture management system functions throughout your performance.
• RECYCLED: Recycled fabric is derived from post-consumer plastic bottles, which help to reduce C02 emissions in the air and keep plastic out of landfills. The result is a recycled polyester that is breathable, lightweight, and durable.
• ANTIBACTERIAL: Take part with confidence. Repels harmful bacteria for improved odor control across a broad range of activities.
• UPF 15+: An advanced fabric treatment designed to provide “fair” protection against the sun’s harmful UVA and UVB rays.