SANWEI NOVA Carbon is coming!

[Andrea Jiang]

Hello everyone！

We are pleased to announce that SANWEI has been launched.

We are thrilled to announce the launch of NOVA Carbon, the latest innovation from Cannon Carbon, inspired by feedback from our high-level youth athletes. After sponsoring numerous young talents, our R&D team gathered invaluable insights that have now become a reality in this groundbreaking product. Just as its name suggests, NOVA Carbon delivers an explosive performance!

Here are the key upgrades that set NOVA Carbon apart:

1. NOVA Carbon Fiber:
This high-rigidity carbon fiber provides exceptional feedback on impact, granting the blade increased power, speed, and elasticity. When you hit the ball with force, NOVA Carbon will give the ball explosive height, taking your game to the next level.🙌

2. 1.5mm Thick Hinoki Surface:
Through countless trials, our designers discovered that a thicker hinoki surface was essential to balance NOVA Carbon's exceptional speed and explosiveness. Abandoning the traditional thin surface and third-layer carbon fiber approach, they retained the second-layer fiber structure and introduced a 1.5mm thick hinoki surface, ensuring superior control.💥

3. Perfect 90g Weight Control:
Weight control is often a challenge for "heavy carbon" blades. Our designers tackled this by adopting a simplified three-layer design, achieving the ideal weight of approximately 90g. This ensures that NOVA Carbon is not only powerful but also perfectly balanced for optimal performance.🏓


Weight: 90g

Thickness: 6.19mm

Structure:

 

[Lazer]

Like a primorac carbon. Should be super fast.👍
Too fast for me though…

Cheers
L-zr

 

[turbozed]

Like the Chevy Nova, this blade may not be popular in Mexico.

 

[Andrea Jiang]

Like a primorac carbon. Should be super fast.👍
Too fast for me though…

Cheers
L-zr

Hello,

Haha, yes I have tried it. It has a very fast first speed.

When I hit the ball with full force, the sound made by this blade was very clear.

 

[lodro]

Hello,

Haha, yes I have tried it. It has a very fast first speed.

When I hit the ball with full force, the sound made by this blade was very clear.

have you measured the frequency ??

 

[Andrea Jiang]

have you measured the frequency ??

Good afternoon. hope you are doing well.

In fact, I have tested it by myself at home. (maybe not very accurate and scientific since I only got one sample. So I don't have a lot of statistical support, but it could explain something.)

It's around 1400-1500

 

[Lazer]

Like the Chevy Nova, this blade may not be popular in Mexico.

@Andrea Jiang No va means "no go" in Spanish. "Chevy No go..."

Cheers
L-zr

 

[riemsesy]

Already available via resellers?

 

[Andrea Jiang]

@Andrea Jiang No va means "no go" in Spanish. "Chevy No go..."

Cheers
L-zr

Yes, I have searched on Google. haha

 

[Andrea Jiang]

RamseAlready available via resellers?

Hi, hope you are doing well!
Yes, you can buy it on our official website. And there have been many distributors restocked, you would see this blade in our local store soon.

 

[WingTT]

Who is Abdulgafar Qafar (Am I spelling it right?)? It's thinner than a Primorac Carbon though so hopefully it will be more flexible. I'm looking for a fast Hinoki outer carbon blade, something like my Garadia ZLC but with more flex/less thickness, so this is quite interesting to me. It seems affordable. Might pull the trigger.

 

[Andrea Jiang]

Who is Abdulgafar Qafar (Am I spelling it right?)? It's thinner than a Primorac Carbon though so hopefully it will be more flexible. I'm looking for a fast Hinoki outer carbon blade, something like my Garadia ZLC but with more flex/less thickness, so this is quite interesting to me. It seems affordable. Might pull the trigger.

Hello dear,

Nice to meet you, Abdul gafar Qafar he is a member of the Iraqi national junior team, we have been sponsoring many high-level junior players with Cannon Carbon and have received a lot of feedback. He sent many test versions to our designers, and helped our designers collect a lot of useful data in high-level national youth events, WTT youth competitions. So to thank him for his efforts, we print his name on the blade.

And also thank you for your interested!

Best regards

 

[Haraold]

Hey Andrea,what is Nova Carbon?
Is it a Kevlar Carbon structure?Which density etc has the "NOVA" Carbon?
ANd can you pls say something about the Hinoki plies?
They are harder or softer than Kiso?
And the most important question,can get it in Anatomic when i order via E-mail,cause that is a big Hands up from me on your company.

 

[Ian]

It's a beautiful looking blade. I will have to get myself one as soon as I've topped up my EJ funds 😅

 

[Scarfed Garchomp]

Like a primorac carbon. Should be super fast.👍
Too fast for me though…

Cheers
L-zr

PC is particularly hard, but I have used other thick Hinoki composite fibre blades that are surprisingly soft such as the Xiom Feel HX, Joola Nobilis. Maybe this one feels soft like those blades

 

[Loop Lob Smash]

Hi @Andrea Jiang

Interesting blade...
Blades of this composition (Hinoki, carbon, kiri) are generally around 6.8 - 7mm thickness (e.g. Primorac Carbon referred to above).
I am wondering how the playing properties of this blade would compare to those thicker types?
I expect that it is not as stiff or as fast and may be more suitable for intermediate level players?
Hopefully some kind players will post reviews or comments

Cheers, LLS

 

[hclnnkhg]

Interesting blade! I guess with the thick Hinoki top ply, it would play like a stiff-ish inner-fibre 5+2 with a thick core?

 

[Andrea Jiang]

Nice to meet you, Abdul gafar Qafar he is a member of the Iraqi national junior team, we have been sponsoring many high-level junior players with Cannon Carbon and have received a lot of feedback. He sent many test versions to our designers, who helped our designers collect a lot of useful data in high-level national youth events, WTT youth competitions. So to thank him for his efforts, we print his name on the blade.

And also thank you for your interested!

Hello good morning,

NOVA Carbon Fiber is engineered using a sophisticated and cutting-edge manufacturing process that sets it apart from conventional carbon fibers. This advanced technique involves multiple stages of precision engineering to create a material of unparalleled quality and performance.

Ultra-High Temperature Pyrolysis:

The raw carbon fibers undergo a multi-stage pyrolysis process at ultra-high temperatures, significantly higher than standard procedures. This enhances the carbon content and optimizes the crystallinity of the fibers.

Multi-Axial Weaving:

The impregnated fibers are then woven using a multi-axial weaving technique, resulting in a highly dense and intricately woven structure. This method interlaces the fibers in multiple directions, maximizing the material's tensile strength and resilience.

Isostatic Pressing:

The woven fiber bundles undergo isostatic pressing, a process where the material is compressed uniformly from all directions under high pressure. This step further compacts the fibers, eliminating any voids and increasing the overall density.

Post-Curing Heat Treatment:

Finally, the material undergoes a post-curing heat treatment at controlled temperatures. This step enhances the mechanical properties, improving the elasticity and energy return of the fibers.

Each bundle of NOVA Carbon Fiber contains 3,000 meticulously crafted carbon filaments, resulting in a denser, more resilient, and intricately woven structure. This innovative process delivers superior strength, enhanced elasticity, and unmatched power potential.

Compared to conventional carbon fibers, NOVA Carbon Fiber provides:

Greater Density: With more filaments per bundle, it delivers a more compact and robust material.
Higher Resilience: The increased toughness ensures durability and longevity under intense use.
Enhanced Elastic Potential: The tightly woven structure optimizes energy return, providing explosive speed and power.

Hope it is useful.

 

[Andrea Jiang]

Hi @Andrea Jiang

Interesting blade...
Blades of this composition (Hinoki, carbon, kiri) are generally around 6.8 - 7mm thickness (e.g. Primorac Carbon referred to above).
I am wondering how the playing properties of this blade would compare to those thicker types?
It is not as stiff or as fast and may be more suitable for intermediate level players.
Hopefully some kind players will post reviews or comments

Cheers, LLS

Hello,

I have tried it, I think it's not a very stiff blade. Many of our sponsored players think Cannon Carbon is too stiff, too powerful, and difficult to control. So we made improvements to Nova Carbon. Its thick hinoki surface makes the ball feel softer and more controlled than Cannon Carbon.

Of course, it's not a soft or a control blade.

 

[Haraold]

How would you describe the Flex in that blade?
Does the Kiri core have a Thickness about 3mm and why Kiri instead of Ayous?
What are the rubber suggestions from Sanwei for this blade?
And last but not least,did you build NOVA Carbon especially for this 3+2 Modell Variant or does this beginn a new series of NOVA blades?
ANd What is the difference in your opinion on NOVA Carbon instead of say the most common Variants (which are numerous),and why one would choose this instead of A Bty Ishlion,Amultart,or the Hinotec series.