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Selection of tree species used in racket production

1. 5-PLY+2-CARBON OUTER

OCompared to INNER, UTER is bonded after the outer skin, so it has good tension and resilience, making it suitable for offensive racket design.
This is a stable racket with a reinforced center neck. It is widely used by beginners and intermediate players.
Depending on the user's type, the repulsion force can be adjusted by applying URETHANE COATING to the CARBON PLATE.

1.: Outer wood: Koto, Limba, Hinoki, Ayus 2. Inner wood: Ayus, Spruce 3. Core wood: Kiri, Ayus Ex)Nexi Pocala: Koto (outer wood) + CARBON P + Ayus (inner wood) + Yayus (center wood) + Ayus (inner wood) + CARBON P + Koto (outer wood)

2. 5-PLY+2-CARBON INNER

INNER is adjusted to the elasticity of CARBON PLATE by combining the inner and outer wood.
Compared to OUTER, the rebound is lower, but the ball stays on the racket for a long time, so it is suitable for spin or defensive play.
In addition, by applying URETHANE COATING to the CARBON PLATE, you can control the elasticity and get the feel of an OUTER while being an INNER.

1.: Outer wood: Koto, Limba, Hinoki, Ayus 2. Inner wood: Ayus, Spruce 3. Core wood: Kiri, Ayus Ex)Nexi Rotella: Limba (outer wood) + Ayus (inner wood) + CARBON P + Yayus (center wood) + CARBON P + Ayus (inner wood) + Limba (outer wood)

Select the form of GRIP

Select Grip Design

1. D002-B
2. D002-R
3. D003-B
4. D004-OWBL
5. D005-GWBL
6. D006-BWBL
7.
8.
9. D009-OBL
10. D010-BL
11.D011-RED
12.D012-BLUE

Select GRIP Size

FL

SM H=23.5~25mm
MM H=25mm
LM H= 25~26.5mm
ST

SM H= 21.5~23mm
MM H= H=23mm
LM H= 23~24.5mm
CS

SM H= 22.5~24mm
MM H= 24mm
LM H= 24~25.5mm

GRIP LABEL-INITIAL

: 4 Korean characters or less than 10 English characters

홍 길 동

Hong gildong

HONG G.D

* Please write your name or other characters to print in the Customer Information LIST at the location indicated by Hong Gil-dong above.

Description of tree species used in racket making

Hinoki

It is a species of wood with many differences in characteristics depending on the direction of the grain. It is a wood with great elasticity in the vertical grain and a soft, ball-holding feel in the horizontal grain, making it very two-sided.
At the same time, it boasts the advantage of being lighter than other woods, which is why it's used in penholder rackets.
Japanese Hinoki, with its dense growth rings and over 200 years old, is the ideal wood for making fine penholder rackets.
Due to these characteristics, it is also processed into sliced plates and used as the outer and inner skins for shakehand rackets.
A disadvantage is its weak physical properties, requiring caution when handling rackets.

Koto

It's a broadleaf wood with high density, resulting in excellent elasticity and a higher weight than other woods, making it primarily used as the outer covering for rackets. Its strong physical properties also make it easy to maintain the surface of the racket.
Its high resilience makes it particularly suitable for players who prefer smashing and high-speed hits rather than drive control and spin. It's primarily used as the outer covering for shakehand rackets.
While it has a neutral character, its excellent workability makes it a popular choice for table tennis rackets. Its ability to be sliced thin also makes it a valuable option.

Limba

Limba is a broadleaf wood with a low density, lightweight, and soft feel. It also possesses some elasticity, making it ideal for the outer shell of shakeholder inner-type rackets, which prioritize spin and control.
The striking sensation is similar to a single plate, cradling the ball.
Due to these unique sensory advantages, Limba has been widely used in the surface layer of Stigga, a trend that continues to be widely adopted in current DHS products. However, its weak physical properties require careful surface maintenance.

Spruce

Hinoki cypress is a material that possesses the elasticity and soft grip characteristic of hinoki. Its stronger elasticity than hinoki cypress makes it a popular choice for carbon fiber replacement and as a lining material, making it ideal for making resilient rackets. It's also a good alternative to carbon fiber in plywood rackets.
Examples of its use include Stiga's Offensive Classic and DHS's Wang Liqin and Wang Nan rackets. Numerous other brands use it to create fast plywood rackets. Nexi used it in its early Dexter product.

Ayous

This wood has a low density, making it light, soft, and soft, with low elasticity. Its light weight makes it a popular choice for the core of rackets.
Its soft, enveloping feel makes it suitable for use as the outer wood for inner rackets. However, its low elasticity requires increased elasticity during production. HST utilizes patented bonding technology to address this issue, allowing players to achieve the desired elasticity.
Due to its weak physical properties, careful surface maintenance is necessary when using it as an outer wood.

Kiri

Its extremely low density makes it lightweight and its elastic modulus is very low, making it often used in center necks to reduce racket weight.
It is not commonly used in outer or inner necks.

FOCALA

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KOTO 0.55~0.6mm

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CARBON 0.4mm

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AYOUS (horizontal) 0.6mm

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AYOUS (vertical) 3.0mm~3.1mm

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AYOUS (horizontal) 0.6mm

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CARBON 0.4mm

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KOTO 0.55mm~0.6mm

The Focala is an outer-style blade with the koto placed at the outermost edge. The core is made up of three layers of ayuse, woven horizontally and vertically.
This method enhances the strength of the central layer, while the carbon composite material is used just outside of it to reinforce the overall strength of the center.
The koto layer is then placed just outside of the core to ensure that this enhanced strength is directly transferred to the ball.

ROTELA

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LIMBA 0.55~0.6mm

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AYOUS (horizontal) 0.6mm

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ALC 0.4mm

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AYOUS (vertical) 3.0~3.1mm

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ALC 0.4mm

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AYOUS (horizontal) 0.6mm

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LIMBA 0.55~0.6mm

The Rotella's overall structure is quite similar to the W968 racket. However, the bonded glue layers differ, resulting in a different feel.
The top layer, Limba, provides a snug, hugging sensation, while the Ayuse, located beneath, catches the ball with a single point and provides support.
Many Nexi products utilize an Ayuse layer directly beneath the top layer.

EIGER

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Kiso Hinoki 1mm

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ALC 0.4mm

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AYOUS (horizontal) 0.6mm

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KIRI 2.6mm

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AYOUS (horizontal) 0.6mm

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ALC 0.4mm

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Kiso Hinoki 1mm

The EIGER is a traditional Hinoki carbon racket, with Hinoki placed on the outermost layer.
The Kiri layer in the center layer further reduces weight and adds agility.

Please refer to the structure of the three rackets above to decide on the materials for the surface and center layers.

Elasticity comparison/fitting racket manufacturing process

Comparison of the elasticity of tree species used in racket production

Selection of tree species, combination and bonding in racket production

1): The species combination of the new racket is very sensitive and requires a lot of samples.
To find the right racket for you, you can minimize the risk of failure by selecting a combination model already on the market for reference and consulting with our experienced engineers.

2): Even if a racket is made with a combination of the same species, rackets with completely different performance can be made depending on the bonding method and adhesive.

Fitting rackets are manufactured as follows:

Table tennis is a sport that requires highly sensitive and versatile skills to control a 2.7g ball.
Fast speed. A custom-made racket designed for table tennis, capable of handling a variety of spins and attacks, will further elevate your skills.

Fitting rackets are manufactured as follows, and the manufacturing process and schedule are informed to customers.

1): Based on the basic information submitted by the customer, our engineers use the accumulated sampling data to select a combination of selected woods and an adhesive suitable for elasticity to manufacture the blade.

2): Based on customer information, the center of gravity, sanding, etc. of the blade, grip processing, and other accessories are manufactured and then assembled and bonded.

3): After appearance inspection and adhesion test, the first sample is delivered to the customer.

4): After testing the first sample, customers send us suggestions for improvement in the final racket.
They can also discuss the final racket production with our engineers.
We will create a new final racket based on the data and suggestions from the first sample. After testing the first sample, customers send us suggestions for improvement in the final racket.

5): Each customer's individual production data is stored by our company and used as a unique reference when producing the same racket or an advanced new racket.

6): Customers will be provided with a first sample racket and two final finished rackets.
The grips for the first sample racket are supplied in a single color. If you specify the color when ordering, we will produce it in the color of your choice.
(Black, bright red, orange, gray, sky blue)