Diamana™ GT-Series

Overview

The third installment in the 5th Generation Diamana™ family has arrived with Diamana™ GT. Designed based off the multiple-major winning 4th Generation Diamana™ ZF profile, the mid-launching, mid-low spinning Diamana™ GT incorporates several new technological advancements into an existing successful structure. Diamana™ GT was constructed with our breakthrough, proprietary Xlink Tech™ Resin System, a new technique that allows us to reduce the resin content of the shaft for the best feel possible while not diminishing the overall strength of the product. Featuring a firmer butt section than its siblings Diamana™ TB and Diamana™ PD, GT creates more flexibility in the shaft’s midsection while maintaining a firm tip.

Fitters around the world will also appreciate the use of Consistent Feel Design™ in the new Diamana™ GT. Consistent Feel Design™ minimizes variance in butt OD, weight and balance point across various weights and flexes, with the intention of making the shafts feel the same as you move between different weights and flexes in a fitting environment.

Key features include:

• Following Diamana™ TB and Diamana ™ PD, the new Diamana™ GT brings a profile that sits in between that launches lower than TB and spins more than PD

• Designed to evolve and elevate 4th Generation Diamana™ ZF with the addition of Xlink Tech™ Resin System and Consistent Feel Design™ to existing structure that includes MR70 and boron fiber

• Uses Xlink Tech™ Resin System to drive down resin content for best possible feel while creating a more stable, stronger, carbon-rich structure

Specifications


PRODUCT	FLEX	LENGTH (IN)	WEIGHT (G)	TIP O.D. (IN)	TIP LENGTH (IN)	BUTT O.D. (IN)	TORQUE (°)	KICK PT.
5th Gen. Diamana™ GT 40R2	R2	46	46	0.335	3	0.610	5.6	Mid-High
5th Gen. Diamana™ GT 40R	R	46	47	0.335	3	0.610	5.6	Mid-High
5th Gen. Diamana™ GT 40SR	SR	46	48	0.335	3	0.614	5.5	Mid-High
5th Gen. Diamana™ GT 40S	S	46	49	0.335	3	0.610	5.4	Mid-High
5th Gen. Diamana™ GT 40X	X	46	49	0.335	3	0.614	5.4	Mid-High
5th Gen. Diamana™ GT 50R	R	46	56	0.335	3	0.606	4.7	Mid-High
5th Gen. Diamana™ GT 50SR	SR	46	56	0.335	3	0.606	4.7	Mid-High
5th Gen. Diamana™ GT 50S	S	46	56	0.335	3	0.606	4.6	Mid-High
5th Gen. Diamana™ GT 50X	X	46	59	0.335	3	0.610	4.6	Mid-High
5th Gen. Diamana™ GT 50TX	TX	46	61	0.335	3	0.612	4.5	Mid-High
5th Gen. Diamana™ GT 60R	R	46	60	0.335	3	0.610	3.9	Mid-High
5th Gen. Diamana™ GT 60SR	SR	46	60	0.335	3	0.610	3.9	Mid-High
5th Gen. Diamana™ GT 60S	S	46	62	0.335	3	0.606	3.8	Mid-High
5th Gen. Diamana™ GT 60X	X	46	65	0.335	3	0.608	3.8	Mid-High
5th Gen. Diamana™ GT 60TX	TX	46	66	0.335	3	0.610	3.8	Mid-High
5th Gen. Diamana™ GT 70S	S	46	72	0.335	3	0.610	2.9	Mid-High
5th Gen. Diamana™ GT 70X	X	46	75	0.335	3	0.612	2.8	Mid-High
5th Gen. Diamana™ GT 70TX	TX	46	77	0.335	3	0.614	2.8	Mid-High
5th Gen. Diamana™ GT 80S	S	46	82	0.335	3	0.608	2.9	Mid-High
5th Gen. Diamana™ GT 80X	X	46	85	0.335	3	0.610	2.8	Mid-High
5th Gen. Diamana™ GT 80TX	TX	46	86	0.335	3	0.612	2.8	Mid-High

Technology

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 Carbon Fiber

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

The Ion Plating process creates a sophisticated, premium finish that cannot be achieved just by applying paint. The shaft is put into a vacuum chamber where chrome or silver alloy ions are fused to the shaft. It’s a more costly, time consuming process but it creates a stunning finish that we think is worth the extra time.