Taylor Made Golf Company, Inc.

Eric Michael Sentianin

Scott Edward Folck

Daniel R Barelmann

Bret H Wahl

Marni D Ines

Paul M Demkowski

Ryuichi Sugimae

Michael Walker

Drew Tom DeShiell

Chris Schartiger

A method of applying decorative layers to a steel golf club shaft is disclosed. The method may be performed on any type of steel shaft and comprises buffing the steel shaft, applying a primer or sealer coat, curing the sealer coat, buffing the sealer coat, applying a decal or decorative layer, applying clear coat over the shaft and decal, and curing the clear coat layer. Some embodiments comprise applying a layer of base coat color before applying a decal. Disclosed methods can, for example, improve adhesion between chrome-plated steel golf club shafts and paint, for golf club branding with increased resistance to wear.

Method of applying decorative layers to a steel shaft

An adjustable length golf club including an engaging mechanism, a rotational shaft, a locking mechanism, and a lower shaft. The rotational shaft is connected with the engaging mechanism and is configured to rotate upon movement by the engaging mechanism. The locking mechanism is connected with the rotational shaft and includes a locking insert and a locking collar located on the locking insert. The locking insert being is configured to retain the locking collar during axial movement. The lower shaft has an inner surface that is in frictional contact with the locking collar. The locking insert is threadingly engaged with the locking collar and a first rotational movement in a first rotational direction by the rotational shaft causes the locking insert to move the locking collar creating a frictional locking engagement between the locking collar and the inner surface of the lower shaft.

Golf club shaft

Growing community of inventors

Oceanside, CA, United States of America

Eric Michael Sentianin