MCA Golf Adds Diamana TB Series

The new Diamana TB-Series shafts from Mitsubishi Chemical are the first shafts to feature the company’s new Consistent Feel Design, created to help players take advantage of the modern custom fitting experience.

“We have seen a massive surge in the number of players at all levels who are realizing the benefits of a dedicated fitting,” says Mark Gunther, Vice President of Sales and Marketing for MCA Golf. “Consistent Feel Design allows a player to take full advantage of this process by eliminating any distracting change in feel as you shift among weights and flexes.”

Consistent Feel Design minimizes any variance in butt OD, weight and balance point between weights and flexes within a series. For Diamana TB, that means minimal change across a range from 40R2 all the way to 80TX.

“A fitter can move up and down the scale, swapping out shafts without a player noticing any dramatic change in how the club feels in their hands,” says Gunther. “This removes any biases or need to ‘get used’ the next shaft option, which allows the fitter to zero in on the exact right weight and flex combo to maximize that individual player’s performance.”

In comparison to the previous generation, Diamana TB shafts feature 80% less variance in
butt OD through the series and 60% less variance in weight between flexes.

Further, Mitsubishi Chemical’s new dual-phase #371 Resin System creates a stronger bond and produces a more carbon-rich structure that is meant to be both universally stronger and more responsive. The resulting prepreg delivers both high modulus and high elongation, for an overall smoother, more stable blue-board profile. In addition, MR70 and Boron fiber are strategically integrated into the shafts to optimize overall strength and stability.

Weights and flexes:

Diamana TB-Series 40 (R2, R, SR, S, X Flex)
Diamana TB-Series 50 (R, SR, S, X, TX Flex)
Diamana TB-Series 60 (SR, S, X, TX Flex)
Diamana TB-Series 70 (S, X, TX Flex)
Diamana TB-Series 80 (S, X, TX Flex)

Profile:

Mid Launch and Mid Spin