SWORD is the first brand to develop a variety of high-performance fiber soleplates in China’s table tennis soleplate industry. In the “SWORD” fiber soleplate series products, it almost includes most of the fibers in the world today, including Julong fiber, polyarylate Fiber, aramid fiber, carbon fiber, thermally conductive carbon fiber, plant fiber, etc. The following is a detailed introduction to the different fibers and different mixed woven fibers used by SWORD. Sword’s fibers are currently divided into four series: poly-long fiber series, polyarylate fiber series, aramid fiber series, carbon fiber series, origins from: China, China Taiwan, Japan, the United States. Let me first briefly introduce the situation of each series

Julong Fiber Series (Origin: Mainland China, Taiwan, China)

	Item	Full Name
	E-JLC	Energy Julong Carbon
	JLC1.5	1.5K Julong Carbon
	JLC	Julong Carbon
	JL	Julong Fiber

Polyarylate Fiber Series (Origin: Japan)

	Item	Full Name
	PLC-B	Blue Polyarylate Carbon
	PLC-G	Green Polyarylate Carbon

Aramid Fiber Series (Origin: USA)

	Item	Full Name
	ALC1.5	1.5K Arylate Carbon
	ALC	Arylate Carbon
	ALC6R	Arylate Carbon 6R
	D-ALC	Different Arylate Carbon
	AL	Arylate Fiber

Carbon Fiber Series (Origin: Japan, USA)

	Item	Full Name
	M-C	Max Carbon
	C	Carbon

E-JLC	JLC1.5	JLC
PLA-B	PLA-G	ALC6R
JLC1.5	JLC	D-ALC
AL	C	M-C

1. E-JLC   
 English full name: Energy Julong Carbon
 Chinese name: Energy Julong Carbon Blended Fiber
 Abbreviation: E-JLC
Detailed introduction: E-JLC fiber, full name: Energy Julong & Carbon, is a new type of fiber developed by Sword on the basis of traditional JLC1.5 fiber, using domestic unique high-strength polyethylene fiber and Taiwan Formosa 1.5 K-carbon is blended and has been specially cured by NRF technology. E-JLC fiber has good flexibility and elasticity. Elasticity and strength, this kind of fiber has further broken the monopoly of the Japanese on the Chinese fiber market. Seoder's flagship version of Phoenix and its unique technology REMIX soleplate all use this type of fiber.
Simplified introduction: Compared with the previous JLC1.5K, Energy Julong & Carbon uses the pretreatment NRF technology to make the fibers specially cured in proportion to make them have good flexibility and elasticity, and exert a relatively large efficiency of the fibers, thereby improving the The elasticity and strength of the bottom plate.
English introduction: E-JLC is compared with the previous JLC1.5 through a special treatment process, let E-JLC have excellent flexibility and elasticity, give full play to the greater energy of fiber, thereby improving the flexibility and strength of the racket.


2. JLC1.5K
 English full name: 1.5K Julong Carbon
 Chinese name: 1.5K poly dragon carbon blended fiber
 Abbreviation: JLC1.5
Detailed introduction: JLC1.5K fiber, full name: Julong & Carbon1.5K, is a new type of fiber developed by Seoder on the basis of traditional JLC fiber. It adopts domestic unique high-strength polyethylene fiber and 1.5K produced by Taiwan Formosa Plastics It is made of mixed carbon material. In order to meet the needs of elite athletes who pursue precise ball control, the high-performance carrier layer of JLC1.5 precision mixed weaving is used to manufacture higher performance table tennis fiber soles. In 2015, the SUPER fiber soleplate named "Blood Rose", a new product of "Sword", uses this new material, which improves the traditional product's use of thicker 3K fiber woven carrier layer, which is easy to cause the soleplate to "feel fuzzy". Weaknesses have become a weapon for elite athletes to successfully create an era of 40+ new material balls.
Brief introduction: Compared with the previous JLC, Julong & Carbon1.5K is a high-density weaving of CARBON FIBER and JL FIBER with 1500 bundles of single fibers through special technology, and adjusted in different proportions, thus changing the carrying capacity. The layer is easy to cause the weak point of the "blurred feel" of the blade, and the high bounce range of the sweet spot of the shot is expanded while obtaining higher rebound performance.
English introduction: JLC1.5 is compared with the previous JLC Through a special technology, let 1500 carbon fibers and JL fibers are knitted together with high density. By adjusting the matching ratio, the shortcomings of poor racket control have been changed, while gaining good flexibility, it also expands the sweet spot's hitting ran

3. JLC
 English full name: Julong Carbon
 Chinese name: Julong carbon blended fiber
 Abbreviation: JLC
Detailed introduction: JLC fiber, full name: Julong & Carbon, is made of domestic unique high-strength polyethylene fiber and 3K carbon of DuPont in the United States. Julong fiber has a higher tensile strength than carbon fiber, but the weight is only 55% of carbon fiber, and the toughness is also much higher than carbon fiber. Therefore, the mixed woven fiber layer made of polylong fiber and carbon fiber is carried in the table tennis soleplate, which can not only maintain the rigid ejection force of carbon fiber, but also obtain softer toughness and lighter weight than carbon fiber. Weight, "Seoder" made full use of the characteristics of this mixed woven fiber, and successfully launched "Golden Eagle", "Blue Feather", "Golden Feather" and other new types of Julong fiber soleplates.
Brief introduction: Julong & Carbon is a special aerospace material interwoven with carbon fiber with high rebound force and JL fiber, which is unique in China with high elasticity, high strength and light weight. This very excellent Chinese independent fiber used in the production of the soleplate will bring high performance to the soleplate.
English introduction: JLC is a special aerospace fiber, it has gaining highly elastic, high-strength and light-weight, A was a fiber invented and manufactured by China, JLC will bring high performance on the racket.

4. PLC
 English name: Blue Polyarylate Carbon
 Chinese name: blue polyarylate carbon blended fiber
 Abbreviation: PLC-B
Detailed introduction: Blue PLC fiber, full name: Blue PAR & Carbon, is made of Japanese blue polyarylate fiber and carbon fiber. The new polyarylate fiber provides better ejection than traditional Kevlar fiber. High flexibility and high toughness, the elasticity of the racket using this fiber is more prominent. Because it also has good toughness, the controllability is also significantly improved. It is a fiber material with strong attack and control balance. PAR polyarylate belongs to aromatic Family polyester fiber is similar to aramid fiber. We still use ALC abbreviation to represent this fiber. Seoder has also used this type of fiber to replace the original blue Kevlar blended fiber in the whole series. Blue polyarylate blended fiber baseboards such as "Tianshi", "Tianshi A3" and "AS".
Brief introduction: Blue PAR & Carbon is a special material interwoven with blue polyarylate fiber and carbon fiber in the new era. The soleplate using this special material has strong controllability and fast shooting speed. Materials recognized and trusted by professional team members.
English introduction: Polyarylate Carbon Fiber is a new era of fiber in world, it was made in Japan, Blue Polyarylate and Carbon mixed fiber, this fiber has strong control and fast hitting speed. Many racket made with Polyarylate Carbon Fiber is trusted by many professional player.

5. PLC
 English name: Green Polyarylate Carbon
 Chinese name: green polyarylate carbon blended fiber
 Abbreviation: PLC
Detailed introduction: Green PLC fiber, full name: Green PAR & Carbon, is made of Japan's new green polyarylate fiber and carbon fiber in 2021. The new polyarylate fiber provides better performance than traditional Kevlar fiber. Ejection and high toughness, the elasticity of the racket using this fiber is more prominent, because it also has good toughness, and the controllability is also significantly improved. It is a fiber material with strong attack and control balance. PAR polyarylate belongs to Aromatic polyester fiber is similar to aramid fiber. We still use ALC abbreviation to represent this fiber. Seoder is currently the first to use this type of fiber in the table tennis industry, and plans to launch a new series of "Chuangshi" using this fiber in 2022.
Brief introduction: Green PAR & Carbon is a special material interwoven between green polyarylate fiber and carbon fiber in Japan in 2021. The soleplate arc using this special material has strong manufacturing ability and high resilience. Under the external structure, it is matched with the adjustment of different material structures, so as to obtain higher arc manufacturing capacity.
English introduction: Polyarylate Carbon Fiber is a new era of fiber in world, it was made in Japan, Green Polyarylate and Carbon mixed fiber, this fiber makes the racket have a strong loop ability and great flexibility. Obtain higher loop manufacturing capacity through different adjustments of the structure

6. ALC
 English name: Arylate Carbon
 Chinese name: yellow aryl carbon blend fiber
 Abbreviation: ALC
Detailed introduction: Yellow ALC fiber, full name: Arylate & Carbon, is a blend of yellow Kevlar fiber and carbon fiber from DuPont in the United States. In most mainstream configuration structures, the characteristics of this fiber are: moderate and compatibility, and the bottom plate will feel "soft and hard, soft and rigid" when hitting the ball, using carbon fiber The rigidity of the aramid fiber is combined with the flexibility of the aramid fiber to achieve the desired effect of combining rigidity and flexibility. The effect will be more obvious when the fiber structure is built in. Using this fiber, Seod has successively launched "Bifang", "Black Gold", "HD997" ", "Warhammer 3" and other products.
Simplified introduction: Arylate & Carbon is a special material made of aramid fiber and carbon fiber. The soleplate using this special fiber reflects moderate and outstanding compatibility. The rigidity of carbon fiber is combined with the flexibility of aramid fiber to achieve the required combination of rigidity and flexibility.

7. ALC1.5K
 English name: 1.5K Arylate Carbon
 Chinese name: 1.5K yellow aryl carbon blended fiber
 Abbreviation: ALC1.5
Detailed introduction: Yellow ALC1.5K fiber, full name: Arylate & Carbon 1.5K, is a special high-performance aryl Carbon blended fibers are also known by the market as "super fibers" that can be mass-produced. While maintaining the "rigid and flexible" effect of aromatic carbon blended fibers, the 1.5K carbon fiber bundles concentrate the sweet spot more. It makes the shot more powerful and provides a solid fiber foundation for the offensive blade. Using this fiber, Seod has successively launched "Kirin", "Black Gold PRO", "Wujin Sword", "Rose Sword", "Warhammer", etc. product.
Brief introduction: Compared with the previous ALC, Arylate & Carbon 1.5K knits CARBON·FIBER and AL FIBER with 1500 bundles of single fibers together with high density through special technology, and adjusts the ratio by different ratios. At the same time, the 1.5K carbon fiber bundle makes the sweet spot more concentrated, makes the shot more powerful, and provides a solid fiber foundation for the offensive blade.

8. ALC 6R
 English name: Arylate Carbon 6R
 Chinese name: red 6R aryl carbon blend fiber
 Abbreviation: ALC6R
Detailed introduction: Red ALC-6 braided fiber, full name: Red Arylate & Carbon 6R, is made of red Kevlar fiber and carbon fiber from DuPont in the United States. Beam/cm2 ratio weaving, in order to strengthen the arc manufacturing requirements, Seoder changed the aramid weave to 6 beams/cm2 ratio weaving, increasing the flexibility of the aramid fiber, so that the fiber layer can provide more parts for the racket The arc manufacturing capability, using this fiber, Seod has successively launched products such as "Lightning" and "MGA".
Simplified introduction: Red Arylate & Carbon 6R is a blend of red aryl fiber and carbon fiber. In the traditional blend of aromatic carbon, aryl and carbon are woven at a ratio of 5 bundles/square centimeter. In order to strengthen the arc manufacturing requirements, the The weaving is changed to 6 strands/square centimeter, which increases the flexibility of the aramid fiber, so that the fiber layer can provide more arc manufacturing capabilities for the racket.

9. D-ALC
 English name: Different Arylate Carbon
 Chinese name: Yellow differentially woven aryl carbon blended fiber
 Abbreviation: D-ALC
Detailed introduction: Yellow D-ALC blended fiber, full name: Different Arylate & Carbon, is made of DuPont's yellow Kevlar fiber and carbon fiber blended, but it has a unique weaving method, and ALC6R red aromatic carbon The hybrid weaving method is different. D-ALC is a hybrid weaving of three layers of longitudinal carbon fibers and transverse aramid fibers (unidirectional weaving). It utilizes the high-efficiency energy transfer characteristics of longitudinal carbon, and cooperates with the vertical wood layer to fully release the hitting power. , At the same time, the horizontal aramid fiber and the horizontal wood layer are used to achieve the flexibility of ball control, improve the stability of the ball and the conversion rate of power to rotation. Using this fiber, Seoder launched the flagship "Bai Ze".
Brief introduction: Different Arylate & Carbon is a hybrid weaving of three layers of longitudinal carbon fiber and transverse aramid fiber (unidirectional weave), using the high-efficiency energy transfer characteristics of longitudinal carbon, and the combination of longitudinal wood layers to fully release the hitting power, and at the same time The lateral aramid fiber and lateral wood layer are used to achieve the flexibility of ball control, improve the stability of the ball and the conversion rate of power to rotation.

10. MAX-C
 English name: MAX CARBON
 Chinese name: thermally conductive carbon fiber
 Abbreviation: M-C
Detailed introduction: Thermally conductive carbon fiber, full name: MAX CARBON, this is a carbon fiber under a new technology in Japan. This fiber can only be made by a relatively high-end heating process. Before being used in table tennis equipment, this fiber Mainly used for overseas UAV shell materials, thermally conductive carbon fiber adheres to the core plate making concept of Seoder, "the principle of combining rigidity and flexibility". Compared with plain fibers, the fiber bundles are obviously more flexible. Shiao has now obtained the exclusive right to use this fiber in the table tennis industry. Using this fiber, Shiao has successively launched the "Heat Conductive Era Series" and "Fire Rose". , "Master of Thermal Conductivity Era" and other products.
Simplified introduction: MAX CARBON adheres to the core board-making concept of Seoder, "the principle of combining rigidity and flexibility". Its advantage lies in its carbon fiber with the characteristics of "rigidity and softness". Compared with traditional rigid carbon fiber, its fiber The bundle obviously has sufficient flexibility, so that the bottom plate maintains a high elasticity and hardness, and still has a strong sense of toughness to hold the ball.

11. CARBON
 English name: CARBON
 Chinese name: woven carbon fiber
 Abbreviation: C
Detailed introduction: C" woven carbon fiber, full name: Carbon, woven carbon fiber is made of DuPont carbon filament in the form of 5 bundles per square centimeter, 1:1 woven, woven carbon fiber has high elasticity, With the characteristics of high strength, high hardness and light weight, the fibers with the above characteristics are implanted into the racket, with high elasticity and sufficient strength, but they have obvious shortcomings in control and feel. If such fibers are used alone, the racket is suitable for For beginners and advanced players, if combined with aryl or aromatic carbon fiber, they can make a high-performance racket with a combination of rigidity and flexibility. Using this fiber with Seoder has launched one of the three mainstream products: "The King of Swords" 01".
Simplified introduction: Carbon, its advantage is that the fiber has the characteristics of high elasticity, high strength, high hardness and light weight. After the fiber with the above characteristics is implanted into the racket, it has high elasticity and sufficient strength. Then a high-performance racket with a combination of rigidity and flexibility can be made.