What is the difference between badminton racket nano and carbon fiber?

The texture of a badminton racket is not the same. It is mainly divided into titanium, full carbon, aluminum-carbon fiber integration, aluminum alloy and pure iron and pure aluminum. Among them, the best material is titanium, followed by full carbon, aluminum-carbon fiber integration, aluminum alloy and pure iron, and pure aluminum.

Related knowledge: Before the 70s, the materials of the feather racket were almost all wood and steel pipes, and aluminum alloy began to be used in the 70s, and now it is completely the world of new materials such as: carbon fiber, titanium alloy, high-strength carbon fiber, etc., because these materials are lighter, stronger, more durable, and can also absorb more vibration and **, and at the same time allow racket manufacturers to have more room to play in the design of the racket's hardness, ball feel, and hitting performance.

When buying a racket, it is best to take a look at what material the racket is made of, generally the racket shaft and frame will be marked with its manufacturing material, sometimes it is the same, such as: YONEX ISO-800TOUR racket shaft has High Modulus Graphite (high strength carbon fiber) The frame also has the same marking, and some racket shafts and frames are made of different materials, such as: YONEX The ISO-250LONG is a high moudulus graphite with a graphite frame and a graphite (carbon fiber) frame.

There are also feather rackets with the same material and frames marked with all graphite or all graphite racket only in one place of the frame or stick. The labeling of regular products is accurate and credible, while the labeling of counterfeit products is indiscriminately printed, it is generally made of relatively poor carbon cloth, and its density, purity and regular products are relatively large, so the cost is very low. What material is used in the product is an important factor in determining its **, and the following table can give you an idea of the performance and approximate cost of several materials:

Material, Hardness, Strength, Shock Absorption, approximate cost: RMB b kg

Highmodulusgraphite 8 7 4 157

Graphite Carbon 5 8 4 45

Aluminum alloy (aluminum) 2 4 1 15

Wood 1 1 10 4

When choosing a racket, you must pay attention not to mistake the integrated racket with an aluminum frame and carbon rod for an all-carbon racket. If you are not sure, I have three ways to use, one is to touch the racket frame with your hands, because the thermal conductivity of the aluminum alloy is good, the frame is cool on the mold, and the carbon frame is warm. Instead, look at the string groove on the frame, the aluminum frame is a concave shallow arc, and the carbon frame is a concave trapezoid.

The third is to feel the weight, and the head of the aluminum frame is obviously heavy. As a product of the transition of aluminum frame to full carbon, I feel that its ** is high and its performance is low, which is not a good choice.

To put it simply, it makes no difference! The general racket is made of carbon fiber, and a good beat is said to be nano, yes, that is, the density of the carbon fiber material used in it has reached the nanometer level, which is higher than the density of the general racket. By the way, nanometer is a unit of length, and any material can be called a nanomaterial as long as the density reaches the level of nanometers

The nano shot is also a carbon shot, but with nanotechnology.

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Carbon composite badminton rackets and carbon fiber badminton are good for using all-carbon rackets, carbon fiber for the frame, and carbon fiber for the middle bar. Advantages: The elasticity and toughness of the carbon fiber lever are good, and the deformation is not large after being stressed.

It feels very good to play, plus it is very light, and the vibration is balanced when hitting the ball, and generally the racket with more than 300 pieces is made of full carbon. Disadvantages: If the force is too high, the racket will break.

Is it better to use a carbon composite badminton racket or a carbon fiber badminton to use.

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The carbon composite badminton racket and the carbon fiber badminton are good to use is that the racket is a full carbon racket, the carbon fiber used in the frame, and the carbon fiber used in the middle rod Tanqiaochang is also used. Advantages: The elasticity and toughness of the carbon fiber lever are good, and the deformation is not large after being stressed.

It feels very good to play, plus it is very light, and the vibration is balanced when hitting the ball, and generally the racket with more than 300 pieces is made of full carbon. Disadvantages: If the force is too high, the racket will break.

Carbon composite racket, carbon fiber in the middle rod, aluminum alloy in the frame. Advantages: The weight of the head is increased, which makes the attack more accurate and more handy.

Disadvantages: The alloy racket is not as good as the all-carbon racket in terms of elasticity and toughness, but its hardness is slow to fail, and it will change the base shape after being forced, such as the bending of the racket shaft and the deformation of the frame. Suitable for:

For novices with a limited budget, the carbon composite material is much cheaper, and it is also a very good choice as a beginner shot.

The difference between a badminton racket full carbon and a nano carbon racket:

1. The difference in racket density:

1. The density structure of each part of the all-carbon racket is consistent.

2. The density of the nano-carbon racket at 3 o'clock and 9 o'clock and the middle rod of the racket is much smaller than that of other parts.

Second, the performance difference of rackets:

1. Because of its density at 3 o'clock and 9 o'clock and the middle rod of the racket, the performance of the nano carbon racket is more excellent than that of the full carbon racket.

2. The density of the all-carbon racket is the same, and there is no reinforcement. So the performance is a little lower.

Carbon fiber is a new generation of reinforced fibers with the intrinsic properties of carbon materials and the soft processability of textile fibers. Carbon is carbon and graphite materials are non-metallic solid materials dominated by carbon elements, and the main differences between the two are as follows:

1. The weight is different.

Due to the material, the all-carbon badminton racket is lighter than the carbon fiber racket.

2. The elasticity of the racket is different.

Compared with carbon fiber rackets, the all-carbon badminton racket has good elasticity and comfortable feel, and the impact vibration is more uniform and gentle than that of carbon fiber rackets, so as not to be too strong.

3. The feel is different.

The all-carbon feather racket has high strength and feels good to use, and it is not easy to deform under normal force, but it will break when it is exposed to force beyond the acceptable range.

Both carbon fiber badminton rackets and carbon badminton rackets are made of carbon fiber, but their manufacturing processes and material composition are slightly different, so there are some differences.

Carbon fiber badminton rackets are made by mixing carbon fiber with resin, which is light weight, high hardness, low vibration, and high strength. The carbon fiber badminton racket has the reaction speed of the sock fast sail in the morning, strong control and excellent durability to help players perform at a better level in the game.

Carbon badminton rackets are made with pure carbon instead of mixed materials. Due to the higher purity of its manufacturing process and materials, it is usually more expensive than carbon fiber badminton rackets. The carbon grip hormone badminton racket is characterized by higher rigidity and faster speed, which is suitable for quick attacks and powerful blows.

1. The weight is different.

An all-carbon badminton racket is lighter than a carbon fiber racket.

2. The elasticity of the racket is different.

The all-carbon badminton racket has good elasticity compared to the carbon fiber racket, the feel is comfortable, and the impact is balanced.

3. The feel is different.

The all-carbon feather racket is very tactile to use, and it will not deform when subjected to force, but it will break when it is exposed to force beyond the acceptable range.

The difference between carbon fiber badminton racket and carbon is as follows:

1. The composition of materials is different.

Carbon is a chemical element, the sixth element in the periodic table, and the common forms are graphite, carbon, diamond, etc. The carbon fiber badminton racket is a kind of racket, and its main material is carbon fiber, which is a high-strength material composed of carbon element fiber.

2. Different uses.

Carbon is mainly a raw material, which is widely used in the manufacture of industrial materials, batteries, carbon fiber, and other fields. The carbon fiber badminton racket is a kind of sports equipment, mainly used in badminton, due to the high strength, light weight and other characteristics of carbon fiber, making the badminton racket more flexible, stable and easy to control.

3. The production process is different.

Carbon is mainly manufactured by chemical reaction or high-temperature refining, and the production process is relatively complex. Carbon fiber badminton rackets, on the other hand, are manufactured by processing carbon fiber into rackets of various shapes, and then manufacturing them through processes such as fusion, and the production process is relatively simple.

Carbon Fiber Badminton Racket & Carbon Applications:

Both carbon fiber badminton rackets and carbon have the characteristics of high strength and light weight, but their finger materials, characteristics and application fields are different. For badminton, carbon fiber badminton rackets are usually preferred because they have better elasticity and flexibility, providing better control and feel. Carbon is more suitable for use in extreme environments such as high temperature and high pressure, such as aviation, aerospace and other fields.

Therefore, the choice of material should be considered according to the specific needs and the use of the burial scenario. <>