Beta ti 36 golf balls

Fair warning - this is not a ball for slow swing speeds. This is for those who crush it, and have the clubhead speed to really compress the ball at impact. The. Intech Beta Ti Golf Balls (36 Pack) $ At $ for a pack of 36, these promise value for money if you beta ti 36 golf balls more than a few balls per. Filters · Golf Balls in Boca Raton, FL · Brand New Box of 36 Beta Titanium Still Sealed!! in Boynton Beach, FL · used golf balls (Jupiter FL) in Jupiter. TiTech Titanium Optimum Distance 36 Cut-Proof White Golf Balls - New/Sealed Box. More Info. UPC-A: 0 4. EAN.

Technical Details

I have been playing golf as a member of a club since I was six years old — 35 years. I care what ball I play when I have a surplus in my bag. I buy a club when someone who has been enticed by the marketing machine gets tired of theirs because VJ or Tiger upgraded. I buy new irons when mine have worn out.

In my opinion, the greatest developments in the game of golf over the last 35 years have been the Rain Glove extra golf days for me and the 3-wheel push cart I can sling a small beer cooler over the handle. I am a 4 handicap. I am a tournament player. I love competetion. I have been playing Prov1 for three years, bought the tp red the other day.

I am hitting my irons very well right now, and have discovered these ball fly about 10 yards futher off the irons that I am used to. I hit my 4 iron around now which is great, but I am used to my 56 sandwedge at , now its I wish these balls have even more spin because it is not like the Pv1 at all. Why spend more when these balls work so well.

My game has been improving. Since my handicap could soon go to single digit, I decided to pick a ball. Been trying mostly 3-piece balls. All brands. Lots of great balls out there right now. I finally chose the Taylormade Burner TP. Beta ti 36 golf balls Checks up nicely. But the thing that really sold me was off the putter. I like putting with this ball. This pack of Beta Ti balls offers such features as a Surlyn cover, dimple technology, and a two-piece construction.

This is my second order of the Intech Beta Ti golf balls. I successfully managed to loose every single one of my original box and decided to re-up. Now there are more flash balls out there and balls that cost x more than these but Considering that players i know who are strokes better than me shoot those scores with "reclaimed" balls I for sure can say that the ball does not make the man.

However in a game where consistency is key and more than any other sport this is a mental one I have had instructors and the interwebZ suggest playing the exact same ball every hole. I play about 3x per week and have a 16 hdc. I played wound Titleist balls for years and years until they got too expensive - about the time two and three piece balls got real popular. So I started searching for a different ball that felt and played like those wound Titleist's.

I played lots of different balls, expensive and less so. Although they didn't have quite the feel, they were pretty close. They also were every bit as long and straight and I got about the same spin as the Titleist's. Since I found these here, I'm a happy camper Beginners to experienced players should look into these balls.

They are a great value and a bargain at the same time. Yes, some simply disappeared. Either that or my mighty swing actually vaporized the ball. I don't know why they haven't given me a new car and trophy wife, as reluctant as she might be about that. Then I was out in the greenbelt practicing chipping and pitching while dog sitting.

The dog would chase after them, carry them off to the base of a tree and then pee on them. This happened over and over. Very frustrating. On the other hand, I regularly blade these, hit the many granite rocks, fire them at oak trees so hard they ricochet off further than I would ever think possible.

Hosel hits galore, and those must be stressful they are on me I think you could say they are durable, although others think they aren't. The range of the invention allows, at one end uniform properties across the golf club face by selection of a single material, and at the other end an infinite variation of properties in any pattern across the face, by selection of the "pixel" size, shape and material.

The method to create the striking face according to the invention is quite simple. Using the TV screen analogy, picture the pixels as the ends of individual wires of selected materials such as titanium or polymer or preferably highly elastic shape memory materials e. This frame is made to the proper size for an insert 16 on the face of a golf club, either a driver or an "iron" or putter.

The framed matrix of "pixels" of wire is then formed by machining or grinding to club face geometry and applied to a club. The resulting insert 16 as noted above can be designed to any desirable combination of materials properties simply by selecting the desired wire materials and diameters or cross sectional geometry. Note that the frame can be retained as part of the insert or removed after the "pixels" are bonded together.

As noted above the pixels may also vary in material selection. Of course, the opposite combination of materials properties e. The preferred embodiments of the invention include versions designed for maximum control minimum dispersion , maximum distance, or ideal combinations of distance and control.

Various patterns for the impact zone are illustrated in FIGS. The thickness of the "pixel" matrix can also be varied to create a "z" axis variation in mechanical response of the club face. This thickness variation can be accomplished by machining of the front or back or both sides of the framed insert or the impact surface of the insert can consist of shorter and longer "pixels" that create a 3 dimensional effect on the impact surface as illustrated in FIG.

Since materials can be individually selected for properties, surface geometry of the impact surface can also be modified and customized by selective chemical etching of the surface. For example, if a combination of titanium-nickel and aluminum "pixels" were selected, chemical etching of the impact surface using a strong basic solution would result in the aluminum elements being etched away at a rate much higher than the nickel-titanium materials.

The surface therefore would exhibit raised nickel-titanium elements among lowered aluminum elements. This same basic process can be applied to a variety of materials including polymers to achieve a surface on the impact zone to idealize grip or spin imparted to the ball similar to the now conventional grooves, dots, holes and indents found on club faces.

The frame constraining the pixel matrix can be made of materials such as stainless steel, by machining, forging or casting. A polymer frame may also be created by molding or machining. A temporary frame may be used to create the insert form as a matrix bonded together by epoxy resin and then the frame may be removed leaving a frameless insert for application to the club face in an appropriate recess or receiving cavity on the club.

The back side of the "pixel" matrix may be supported by the frame structure or the receiving cavity of the club may support the backside of the matrix or both in combination. In another variation of the invention, the individual wires 48 "pixels" , may be curved or bowed see FIG. The individual pixels 50 may also be hollow; for example, thin wall tubes either empty or the lumen filled with another material such as polymer or alternately filled or partially filled with metal or polymer or ceramic material, as shown in FIG.

The invention is additionally illustrated in connection with the following Examples which are to be considered as illustrative of the present invention. It should be understood, however, that the invention is not limited to the specific details of the Examples. An insert for a golf club "driver" consisting of optimized elastic nickel-titanium wires and beta titanium wires in an epoxy matrix with the higher modulus beta titanium wires forming an outer circular zone of impact and the lower modulus nickel-titanium forming a circular inner zone of impact.

This embodiment allows a combination of long distance from the high modulus beta titanium and control from the lower modulus very highly elastic non linear strain characteristics of the nickel-titanium. This arrangement approximates the strain distribution on the ball as it is deformed by the face of the club. In play golf betting bmw Closer approximations are possible by reducing the size of the pixels and adding a third or fourth material and so on with moduli progressively varying.

The "opposite" example could consist of high modulus beta titanium or even higher modulus stainless steel forming an inner zone with NiTi lower modulus forming an outer zone. An insert for a golf club "iron" consisting of a matrix of hexagonal wires per the invention made from highly damping superelastic NiTi alloy or a combination of superelastic NiTi and martensitic NiTi alloy materials.

An insert for a golf club putter consisting of a matrix of martensitic NiTi wires alone or in combination with polymer wires. This embodiment is designed to maximize damping vibration reduction on impact with a resulting "dead" or "soft hit" feel for maximum control of the ball in putting. The solid piece of NiTi is differentially heat treated such as in a uniform or non-uniform pattern to control the mechanical properties across the interface and achieve an effect similar to the "pixel" approach discussed above.

The differential heat treatment preferably provides finite zones 72 surrounded by or surrounding adjacent zones which are unaffected by the heat treatment. The heat treatment can be implemented, for example, by patterning electrodes arranged perpendicular to and opposing the surface being heat treated and passing AC or DC current through the electrodes.

The heat treatment step can be carried out by running electrical current from electrode to electrode through the material in order to effect localized heating and provide one or more heat treated zones corresponding to the shape or shapes of the opposed electrodes. In FIG. In heat treating the insert, a single pair of electrodes could be used to sequentially provide a series of heat treated zones 72 or a plurality of electrodes provided in a desired pattern and having a desired configuration could be used to create any desired pattern of heat treated zones.

For instance, as shown in FIG.