The Sher-Wood SWD 5030 SC junior ice hockey stick boasts a two-piece aspen core, reinforced with birch multi-lamination. Its white ash blade is reinforced with multi-directional, highly impact-resistant fiberglass.
The Sher-Wood SWD 5030 SC senior ice hockey stick boasts a two-piece aspen core, reinforced with birch multi-lamination. Its white ash blade is reinforced with multi-directional, highly impact-resistant fiberglass.
Features Double-horizontal birch lamination 2-piece aspen core 4-layer laminated white ash blade Blade is reinforced with multi-directional, highly impact-resistant fiberglass Flex: 87
Features Double-horizontal birch lamination 2-piece aspen core 4-layer laminated white ash blade Blade is reinforced with multi-directional, highly impact-resistant fiberglass Flex: 87
Features: The shaft is built with a unidirectional fiber core which is carbon filament wound to map a specific weave based on flex, weight and balance point specifications. The fiberglass/carbon weave is saturated with a custom blended resin, binding the layers of material together, resulting in the shaft having excellent response, comfort level and durability. The blade is built with a high tensile strength carbon composition that retains perfect rebound memory while absorbing impact to provide consistent
The Sherwood Momentum RM7 senior ice hockey stick features a fiberglass/carbon fiber weave and custom-blended resin, which binds the materials together, resulting in excellent response, comfort level and durability. The blade is built with a high tensile-strength carbon composition that retains perfect rebound memory while absorbing impact and providing consistent puck control for receiving and fast release for shooting.
The Sher-Wood SWD 5030 SC senior ice hockey stick boasts a two-piece aspen core, reinforced with birch multi-lamination. Its white ash blade is reinforced with multi-directional, highly impact-resistant fiberglass.
* Double birch laminate * Solid aspen core * Reinforced with fiberglass
Features Shaft boasts a unidirectional fiber core wound with carbon filament Fiberglass/carbon fiber weave and custom-blended resin results in excellent response, comfort level and durability High tensile strength carbon composition blade retains perfect rebound memory while absorbing impact and providing consistent puck control for receiving and fast release for shooting Proprietary composition of fiber, carbon and resin ensures each blade has consistent play, stiffness and durability
Features Shaft boasts a unidirectional fiber core wound with carbon filament Fiberglass/carbon fiber weave and custom-blended resin results in excellent response, comfort level and durability High tensile strength carbon composition blade retains perfect rebound memory while absorbing impact and providing consistent puck control for receiving and fast release for shooting Proprietary composition of fiber, carbon and resin ensures each blade has consistent play, stiffness and durability
Features Shaft boasts a unidirectional fiber core wound with carbon filament Fiberglass/carbon fiber weave and custom-blended resin results in excellent response, comfort level and durability High tensile strength carbon composition blade retains perfect rebound memory while absorbing impact and providing consistent puck control for receiving and fast release for shooting Proprietary composition of fiber, carbon and resin ensures each blade has consistent play, stiffness and durability
Features Double-horizontal birch lamination 2-piece aspen core 4-layer laminated white ash blade Blade is reinforced with multi-directional, highly impact-resistant fiberglass Flex: 87
Features Shaft boasts a unidirectional fiber core wound with carbon filament Fiberglass/carbon fiber weave and custom-blended resin results in excellent response, comfort level and durability High tensile strength carbon composition blade retains perfect rebound memory while absorbing impact and providing consistent puck control for receiving and fast release for shooting Proprietary composition of fiber, carbon and resin ensures each blade has consistent play, stiffness and durability
Sherwood's RM7 shaft construction uses a unidirectional fiber core which is then carbon filament wound to map a specific weave based on flex, weight and balance specifications. The fiberglass/carbon fiber weave is saturated with a custom blended resin...
Features Two-piece aspen core with birch multi-lamination reinforcement (aircraft veneer) Superior white ash blade, reinforced with multi-directional, highly impact-resistant fiberglass Flex: 55
The 5030 CC senior composite ice hockey stick from Sher-Wood offers the same weight, flex and balance point that made the PMP 5030 wood stick the choice of players for over 30 years. Its fiberglass/carbon fiber weave is saturated with a custom-blended resin, which binds the layers of material together. This delivers excellent response, comfort level and durability.
* Double horizontal birch lamination covers a first quality two-piece aspen core, reinforced by vertical fiberglass lamination Paddle & Blade * Unique ultra-light design * Highly refined assembly techniques ensure constant weight and stiffness * Injected
offers a two-piece aspen core reinforced with aircraft veneer lamination. The superior white ash blade is reinforced with multi-directional and highly impact resistant fiberglass. This hockey stick features the Coffey blade design with a 3/4" big curve.
The Sher-Wood SWD 9950 PMPX senior ice hockey stick boasts a double-horizontal birch lamination covering a 2-piece aspen core, which is reinforced by vertical fiberglass and carbon fiber. Its white ash blade is reinforced with multi-directional, highly...
Features: The shaft is built with a unidirectional fiber core which is carbon filament wound to map a specific weave based on flex, weight and balance point specifications. The fiberglass/carbon weave is saturated with a custom blended resin, binding the layers of material together, resulting in the shaft having excellent response, comfort level and durability. The blade is built with a high tensile strength carbon composition that retains perfect rebound memory while absorbing impact to provide consistent