Butterfly’s ‘Revoldia CNF’, released in April 2020, is the first table tennis blade which adopted the new material CNF (= Cellulose Nano Fiber). The most widely used artificial material for table tennis blades is Carbon Fiber, but many other materials have also been used alone or in combination with Carbon Fiber. Butterfly is a brand which has been actively adopting artificial materials other than Carbon Fiber, such as Arylate and Zylon, and the newly added material is CNF. CNF is a fiber made by crushing cellulose, the main component of plant fiber, and processing it into nanometers (1/1,000,000 m). Its main advantages are that it is highly biodegradable and recyclable. When used in table tennis blades, it is difficult to expect high elasticity at the level of Carbon Fiber or Arylate Carbon (= the composite fiber of Arylate fiber and Carbon fiber), but since it is a fiber derived from wood, we can expect a natural hitting feeling from CNF. The testers who have actually tested ‘Revoldia CNF’ have said that although it is not exactly the same as pure wood blade, the feeling is quite natural and gives excellent control. ‘Revoldia CNF’ is based on ‘Timo Boll ALC’, and from the construction of ‘Timo Boll ALC’ only the artificial fiber is replaced by CNF. And, the overall characteristics of ‘Revoldia CNF’ is somewhere between ‘Timo Boll ALC’ and ‘Timo Boll ZLF’. We can think of these characteristics as being close to those of inner-type blades such as ‘InnerForce Layer ALC’. And, it will be also interesting to compare ‘Revoldia CNF’ with the blades whose artificial material is Glass Fiber which has been widely used for same purposes as CNF so far.

‘Revoldia CNF’ os the first blade whose artificial material is CNF (Cellulose Nano Fiber). This is a new trial for realizing natural feeling close to pure wood blade. We can think that the purpose of using new CNF for table tennis blade is same as the purpose of using Glass Fiber, Basalt Fiber and so on.

The construction of ‘Revoldia CNF’ is based on that of ‘Timo Boll ALC’ or ‘Viscaria’. From the construction of ‘Timo Boll ALC’, ALC is replaced by CNF. The top layer is Koto, and CNF is placed directly under the top layer. The middle layer is Ayous, and the center layer is Kiri. ‘Koto(or Limba)/Fiber/Ayous/Kiri’ is a basic formula of the outer-type blades of Butterfly. Overall thickness is around 5.7mm.

The size of head is around 157mm x 150mm. Not different from the head size of ‘Timo Boll’ series.

The FL (flared) handle is the standard FL handle of Butterfly, and basically identical to those of ‘Timo Boll’ series. The width of FL (flared) handle is around 26mm (at head side) ~ 27 mm (at bulge) ~ 26mm (at narrowest point) ~ 34mm (at the end). And, the thickness of FL handle is around 23.5mm (at thumb) ~ 24.5mm (at the end).

The other type of handle isn’t available for ‘Revoldia CNF’.

The logos of ‘Revoldia’ and ‘CNF’ are printed at lower side of the foreside of head in the color close to gold. Butterfly logo is printed at the top of the foreside of head.

Small Aluminum plate at the foreside of handle includes the name of blade and the logo of Butterfly. Small rounded plastic lens is applied at the backside of handle.

Squared aluminum plate with Butterfly logo is applied at the end of handle.

Nothing is printed on the backside of head.

‘Revoldia CNF’ is a fiber blade whose artificial material doesn’t include Carbon fiber. Looking at the entire Butterfly blade range, it can be considered as the blade that provides improved power while taking advantage of existing ‘Timo Boll ZLF’. Accordingly, ‘Fan Zhendong’ series includes ‘Fan Zhendong CNF’ which is based on ‘Revoldia CNF’ instead of ‘Fan Zhendong ZLF’. Pure wood blade enthusiasts who want to switch to fiber blades but are hesitant because of the feeling of blade can seriously consider ‘Revoldia CNF’.


Following are the performance indices of Butterfly Revoldia CNF (avg.weight = 87.4) :

– Ep = 1.84

– Ec = 1.61 (Ec/Ep = 0.87)

– Vp = 1.21

– Vl = 1.25 (Vl/Vp = 1.03)

Please note that above are average values and can be updated by further measurement.


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