Carbon Fiber Paddle
Hangzhou Chengxin New Materials Co., Ltd. is a composite material product company integrating design, production and sales, mainly focusing on the development of high-performance carbon fiber composite materials.
We specialize in the production of various composite materials, mainly carbon fiber blades, carbon fiber round tubes, carbon fiber square tubes, carbon fiber rectangular tubes, carbon fiber bicycle accessories, carbon fiber automotive parts, etc.
Why Choose us
Our Process
Our company is good at composite infusion process, prepreg vacuum bag process, bladder molding process, press mold process, aluminum anodize.
Well Equipped
We have laser trimming machine, large five-axis machining center, three-axis machining center and smaller CNC equipments, which can be used for metal mold, epoxy foam mold or trimming for composite product.
Excellent team
At present, the company has an experienced technical team. Using international high-tech, sophisticated equipment, advanced technology, the production of carbon fiber reinforced composite material series products. We devoted ourselves to the study of composite materials.
Benefits of Carbon Fiber Paddle
More effective stroke
One of the most significant benefits of a carbon fiber paddle is that it can help you achieve a more effective stroke. Because carbon fiber is stiffer and more responsive than other materials, it can provide more power and precision when you're paddling. This means that you can move through the water more efficiently, allowing you to go faster and cover more distance with each stroke.
Lighter weight
Another advantage of a carbon fiber paddle is that it's much lighter than other types of paddles. This can be particularly beneficial for longer trips or races, where every ounce counts. A lighter paddle will be easier to maneuver and lift, reducing the strain on your arms and shoulders.
Improved performance
A carbon fiber paddle can also help you perform better overall. With its increased effectiveness and lighter weight, you'll be able to move through the water more quickly and easily, which can boost your confidence and motivation. You May also find that a carbon fiber paddle allows you to try more advanced paddling techniques, such as bracing, and surfing, that you might not be able to do with a heavier or less responsive paddle.
Avoiding injuries
When it comes to paddling, the weight of your paddle can make a significant difference in your experience on the water. Choosing a lighter paddle can help reduce the impact on your body, which can lower the risk of injury and decrease fatigue. With less strain on your arms and shoulders, you'll be able to paddle for longer periods of time and enjoy your adventure to the fullest. Investing in a high-quality, lightweight carbon fiber paddle can be a smart choice for those who want to take their paddling experience to the next level.
The Ultimate Guide for Choosing the Right Carbon Fiber Paddle
Paddle Length
Your boat width and your height determine your paddle length. In most cases, Inflatable Kayaks are typically wider than hard-shell kayaks, so they require a longer paddle length. In our experience, a paddle length of at least 230cm works well for paddlers 5’2” up to at least 6' 6” in height when paddling our kayaks.
Blade Design
The size and shape of your paddle’s blade influence the power and efficiency of your stroke. Wider blades lend themselves to quick, powerful strokes that let you accelerate quickly. In turn, narrower blades are more comfortable for occasional and long-distance paddlers. Narrow blades also help reduce fatigue through the shoulders, allowing you to cover longer distances with less effort.
Shaft Design
A bent shaft or straight shaft impacts performance and comfort on the water. Bent shafts have several bends on either side of each hand grip area whereas straight shafts, as the name suggests, are straight. Bent shafts keep your wrists at a neutral angle to your forearms throughout the stroke, which is more comfortable and minimizes wrist discomfort and fatigue. Straight shafts don’t offer as much performance as bent shafts, but they are less expensive.
Carbon Fiber Paddle Structure
The Throat – This is the connection point in which the blade is connected to the shaft.
The Shaft – The main location in which one places the hands, and controls the paddle as it flows through the water. When holding the shaft, one should have a loose grip, but one in which full contact is maintained during the paddle stroke. If you have ‘white knuckles’, or your forearms go tired as you paddle, you are holding onto the paddle too tightly. There is a straight shaft (as pictured) and bent shaft (ergonomic), which have a kinked appearance and provide a more comfortable angle as one paddles.
Top of Blade/Bottom of Blade – One of the easier ways to ensure you are holding the paddle in the right orientation is to look at the logo or writing on the blade. If you can easily read these, you have it orientated correctly. Blades can also be either symmetrical or asymmetrical in design.
Blade Angle – There are two main designs, a high or low angle blade. This directly relates to the normal way one paddles day-to-day. A high angle paddle stroke relates to holding and maintaining the paddle stroke approximately 60 degrees or higher in relationship to the water’s horizontal surface. A low angle blade will be fairly horizontal to the surface of the water and upwards to about 50 degrees.
The Back of the Blade – It is the opposite of the Power Face. It does serve a function when paddling. When paddling in reverse, this is the surface of the blade in which makes contacts and propels the kayak. When doing a low brace – this is the main contact point and supporting element.
Paddle Length – This is the overall total distance from tip to tip of the paddle. Majority of paddles will have sizes, and are measured in centimeters – they will usually range from 210cm up to 230cm. There are a few ways to determine what is the proper length for you. One method is to stand the paddle straight up and try to grasp the tip of the blade within the first knuckle of your fingers.