Brand:aa
Product detail:
100% carbon fiber apx2 ice hockey stick
1. Complete One-Piece Construction ice hockey stick
2. High quality modulus precursor import Toray carbon fiber
3. Super light weight. High performance, Durability
4. Professional R&D development. Develop customize mould and complex graphics
Apex Sports carries a wide selection of new hockey sticks. With so many sizes, colors, styles, and brands available, we will assist you in selecting the right product for you!
We make youth, junior, intermediate, and senior hockey sticks. They come in different flexes and blade patterns.We make some top brands like bauer,Easton,CCM.The OEM sticks with your requirement is also available for us.
Our assortment ranges from entry level products to the top of the line sticks for players of all levels.We can help you understand what is right for you!
Item NO.: | 100% carbon fiber grays custom hockey sticks |
Technology: | True one-piece stick using single molding process ice hockey stick |
Material: | Toray carbon or glassfiber |
Size: | Senior,INT, Junior ,Youth,Mini |
Surface wove: | UD,3K,12k,18K |
PU Blade core: | P92,P7,P3,P02,P91A,P88,PM9 or according with client' requirement |
Shaft: | square doubel concave & Elliptical Profile |
Flex: | 40/50/60/70/80/90/100/110 |
Weight: | Under 400G to 600G |
LOGO | Existing LOGO or Custom LOGO |
Grip: | With & Without |
Hand: | Left & Right |
One pcs ice hockey stick one polybag, 24-30PCS /Carton
Carton size :188x15x36CM
1.Experience : 20 years professional in making carbon fiber products for ice hockey stick
2.Design: R & D development. We can develop customize mould and complex graphics.
3.Advanced technology:We use one-piece construction technology to make our high-end stick.
4.Performance: Stable Quality ,the balance of playability, durability and consistency
5.QC: Strict quality control in each producing phase
6.Price: Competitive factory price
7.Delivery time: Punctual and fast
8.Perfect after-sale service
How to choose ice hockey sticks:
1.hockey stick constrction:
One piece sticks are complete with shaft and blade fused together and don’t have to be assembled.
This single piece configuration is the most common for hockey sticks.
Composite stick technology is ideal because it combines the flexibility of wood to generate hard shots, the stiffness and stability of aluminum for control and a lightness that is unmatched by wood or aluminum. Not only does the stick feel lighter in the player’s hands, but the player is be able to move the stick faster, which means quicker maneuvering of the stick and quicker release of the puck for passing and shooting
2.hockey stick flex:
One main property of hockey sticks that contributes to shot velocity is the flexibility or flex of the stick.
Flex is important because the bending of the stick is where the shot derives all of its power. When the stick is bent by the player, it is loaded with potential energy, like a spring. This energy is then transferred from the stick into the puck, resulting in a high puck velocity
Stronger, heavier players should have a higher flex. Smaller, weaker players should have a lower flex.
Please keep in mind that theflex number is assigned to the hockey stick at full length.
Hockey stick flex rating number represents the number of pounds of force it takes to bend the shaft 1 inch with top hand at the top of the stick and the bottom hand applying pressure to the middle of the shaft.
Stiffer sticks, as long as they still flex, will deliver a harder slapshot. Flex is important in the force of a shot because energy is stored in the flexed shaft and released when the stick moves forward and the flex unwinds and whips the puck. The force your body and arms put on the stick is the pounds of force, and that changes with the type of shot just like the pounds of force on your ankles changes between standing and running.
More rigorous movement creates more force, pressure, or pounds per inch on the shaft of the hockey stick.
Using a stick that is too flexible will cause mushy sluggish stickhandling and weaker shots. Too stiff will also weaken shots because you won’t be able to get enough energy penned up on the flexed shaft.
3.hockey stick blade/curve patterns:
Ice hockey stick blades are critical to a player’s ability on the ice. Hockey sticks are the king of your game, and the blades are the kong.
Much like the shaft's flex, a blade's pattern is a very important characteristic of a stick's performance.Blade Patterns consist of the dimensions of right/left hand, curve type, curve depth, toe shape and face angle. Patterns are often named after NHL players for marketing purposes.
Blade Curve Type describes where the main part of the curve is located on the blade. Curve types are Heel, Mid and Toe curves.
Blade Curve Depth is the amount of curve in the blade. A simple way to measure the curve depth is to place the stick on a flat surface with the inside of the curve of the blade laying flat on the surface. You can then measure from the surface to the highest point inside the curve profile. Flat blades have a depth of zero. The most common depths range from 3/8″ to 1/2″ (9.5 to 13 mm).
Blade Face Angle describes how much of the face (or front) of the blade you can see when looking down at the ice. Face angles are referred to as Open or Closed. The more open the blade is, (you can see more of the front of the blade when looking down) the easier it is to lift the puck. Slightly open or closed angles are better for stick handling, catching passes and using your backhand.