Wind power blade processing is difficult?

You thought it was a Big MAC. No!

There is no longest, only longer, the future trend of leaf upsizing is imperative. On the afternoon of August 6th this year, in the Sixth China International Wind Power Composite Materials Summit Forum, China Megalithic Co., LTD released E9 ultra high modulus glass fiber, which once again updated the modulus level of the global glass fiber industry and broke the technical ceiling of the industry. At that point, the blades can reach a maximum of 90 to 100 meters.

So the question comes, what are the processing difficulties of such a long blade?

First, take into account that the blades are cast from glass fiber in one piece, rather than glued together. How hard is it to cast in one piece? Michelangelo was very philosophical about this when he said, "Every block of stone has a statue inside it and it is the task of the sculptor to discover it."

Secondly, glass fiber is composite material, stiffness is about 3 times that of glass fiber, twice that of glass fiber; Light weight, because the blade size is getting longer and longer, glass fiber can help to reduce the weight of the blade, thus achieving lightweight.

Don't forget, the blade is getting longer and larger, requiring the blade tip to be processed to the tail of the blade. Ordinary machine tools can't stand this, so the machine for blade processing requires a natural rising tide.

In fact, wind power blade processing is not difficult. As an ancient saying goes, "If a worker wants to do a good job, he must first sharpen his tools."

Our Grande model can just solve the processing problem of wind power blades.

First of all, the travel is long enough to meet the needs of a processing. Just cope with the trend of large leaf, longer and longer characteristics. The X-axis travel in the parameters of our Grande models is up to 80 meters.