Lib Tech M Jamie Lynn 96 Snowboard W23

LIBTECH MENS JAMIE LYNN 96 SNOWBOARD The 90’s are back. Straight-legged jeans, middle parts, and most of all, traditional cambered, freestyle twin snowboards. With the evolution of Jamie Lynn’s style from his 90’s heyday, his pro model has taken on a much more directional, freeride shape over the past few years. But he’s throwing it back with this one. The Lib Tech Jamie Lynn ’96 Snowboard is an homage to the good old days with a full camber, smooth edged, symmetrical design that’s guaranteed to throw down in the park. Rocker Type Camber Full camber from tip to tail. The perfect old school power freestyle contour. Flex Medium Flex The most versatile flex in the game for peak performance all over the mountain. Core Original Power Construction 75 Aspen 25 Paulownia Light. Environmentally nice. Strong. Laminates Triaxial Biaxial Fiberglass Sidewalls Birch Internal Sidewalls UHMW Sintered Sidewalls UHMW Tip Tail Impact Deflection Base Eco Sublimated TNT The highest density UHMW and fastest base material without wax. TNT features a unique dual-layer thermal fusion phase alteration process which aligns the molecular chains into an engineered crystalline structure. The titanium layer reflects light and heat, keeping the base at or near snow temperatures. The crystal layer is the fastest base material without wax, making it a very consistent sliding surface in a wide variety of conditions and wax wear lifecycles. Wax to conditions as normal, but the board will remain fast even as wax wears. TNT produces optimal graphic reproduction with the proprietary water based eco sublimation process. Easy to maintain easy to repair. Topsheet Eco Sublimated Poly Top High strength, impact resistant, lightweight dimensionally stable UV and temperature resistant top material decorated using an environmentally friendly eco sublimation process. Graphics Art by Jamie Lynn Additional Features Mervin Made Hand made at the Mervin Factory in Washington, USA with zero hazardous waste. Binding Compatibility 2 x 4 Inserts