You guys are funny. I don't mind if you are sucked in by silly marketing and empty content. We can agree to disagree on the marketing stuff. I think it is great if you guys like it. If you buy the blades that is actually good for table tennis. So I don't really mind.
But A BLADE WITH MORE DWELL TIME CAN BE FASTER AND HAVE MORE SPIN AND CONTROL than another blade with less dwell time. The spinniest rubber on the market, put on a blade made of steel will not give you very much spin because of the lack of dwell time. A blade with a soft top ply can have good dwell time depending on the plies under it. A blade with a hard top ply and a springy ply under it can also have good dwell time. This is how a blade like the Timo Boll ZLF can have such good dwell time with a top ply of Koto which is a hard wood. The Zylon under the Koto gives the blade a lot of dwell time and therefore, the TB ZLF will be as fast as a Stiga Clipper and get more spin with the same rubbers. Also, a blade with more flex will usually have more dwell time than a stiffer blade. Usually carbon makes a blade stiffer which is part of why it makes the blade faster. Usually carbon also reduces vibrations and makes it so you get less ball feel. This is also what makes substances like Arylate and Zylon so useful. When used alone they make a blade faster with increased dwell time and you do not lose ball feel. When used with Carbon the carbon gives the added speed but the softer plastics (Zylon and Arylate) allow you to still have some of the ball feel and you keep the good dwell time.
Personally, I would love to find out that these blades are great. But so far, the information they have given is wrapped up in a bunch of graphics that look slick but don't have much to do with anything about how either blade will play. You guys don't even know if the carbon is a hard carbon or a softer carbon. If the blades have a hard surface or a soft surface. What kind of core the blade has. Most carbons, have a weave of some kind. Why would putting the weave at a 45-degree angle make the sweet spot "wider" and having the weave at 90-degrees make the sweet spot "taller"? Think about it.
How about this quote from that page: "
which gives the blade more flexibility and increased stiffness" How could it be more flexible and stiffer at the same time?
What is Torsional Bendability?
I wrote my previous post after reading this page:
http://stigatabletennis.com/en/2014/12/stiga-presents-the-future-by-the-carbonado-series/
On it, I see nothing of real value about why that carbon will be anything different than any other carbon.
Feel free to tell me what will be different though. I would be happy to be enlightened.
By the way, you can call me a noob or any other names you want, but it looks like I have over 2700 posts more than you and I have been on this forum since it started. And it looks like you have been here, what, 2 months? I don't need to call anyone names though.