Mitsubishi Chemical Mitsubishi 5th Generation Diamana PD Shaft

Overview

The Diamana™ PD-Series: Constructed using the dual-phase XLINK™ Resin System, high modulus MR70, and boron fiber infused hybrid prepreg for a powerful profile that is active in the hands with greater stability through the mid and tip section.

The second installment in Diamana™ 5th Generation is here with Diamana™ PD. In a continuing effort to offer the best fitting experience possible, Diamana™ PD shafts use Consistent Feel Design™ to minimize variance in butt OD, weight and balance point through the entire range – from 40R2 to 80TX. Offering the same “seamless” fitting experience as Diamana™ TB, the Diamana™ PD shafts feel more active in the hands with a stronger, stiffer tip to promote a lower-launching ball flight. Constructed using our exclusive dual-phase XLINK™ Tech Resin System, high modulus MR70, and Boron fiber to create a powerful profile with a smooth feel that remains stable throughout the swing.

Features

XLINK Tech Resin System
A ground-breaking innovation, Mitsubishi Chemical’s XLINK™ Tech Resin System is a unique, dual-phase application that utilizes both epoxy and non-epoxy components to produce a carbon-rich structure with a stronger bond between resin and fiber. The cross-linked phases create both high modulus and high elongation strength, yielding a lighter and universally stronger prepreg.

Consistent Feel Design
Created to aid the modern fitting process, Consistent Feel Design™ is an engineering approach that minimizes any variation in butt OD, weight or balance point through an entire shaft series. The goal is to remove any difference a player might feel as they hold a club, thereby removing any distraction when comparing different weights or flexes.

MR70
Specifically designed and developed by Mitsubishi Chemical for high-performance applications, MR70 is an innovative new carbon fiber material that is 20% stronger and has 10% the modulus than conventional materials.

Boron
Boron Fiber is equivalent in stiffness to high modulus carbon fiber with superior compression strength. As a result, Boron Fiber is often utilized for structure reinforcement most notably in military applications.

Ion Plating

Specifications