Golf Clubs

Ping Zing 2 Beryllium Copper Pitching Wedge Green (JZ, STF) PW Becu Club Specifications: DEXTERITY: Right-Handed GENDER: Men BRAND: Ping MODEL: Zing 2 Beryllium Copper CLUB: Pitching Wedge, Green Dot SHAFT: Steel SHAFT SPECIFICS: Ping JZ FLEX: Stiff GRIP: Ping/Golf Pride LENGTH: 35.75 CONDITION: Used CONDITION SPECIFICS: Used condition 8, good shape, face shows ball marks, grooves are still good, sole looks nice after being buf…

Ping Eye 2 Beryllium Copper 2 iron (Green dot, Steel Microtaper Stiff) 2i BeCu Club Specifications: DEXTERITY: Right-Handed GENDER: Men BRAND: Ping MODEL: Eye 2 Beryllium Copper CLUB: 2 iron, Green dot SHAFT: Steel SHAFT SPECIFICS: Ping Karsten Microtaper FLEX: Stiff GRIP: Golf Pride Victory Velvet Cord LENGTH: 40.5 CONDITION: Used CONDITION SPECIFICS: Used condition 9, excellent shape, looks great for a club this age, shows minor wear fr…

Ping Zing 2 Beryllium Copper Putter (35, Steel) Zing2 Becu Golf Club Putter Specifications: DEXTERITY: Right-Handed GENDER: Unisex BRAND: Ping MODEL: Zing 2 Beryllium Copper CLUB: Putter SHAFT: Steel GRIP: Red Golf Pride New Decade LENGTH: 35″ (back of the putter to the top of the grip) HEADCOVER: No headcover included CONDITION: Used CONDITION SPECIFICS: Used condition 7.5, fair to good shape, face shows ball marks, sole shows we…

Beryllium Copper $54 Used – Please note that the content of this book primarily consists of articles available from Wikipedia or other free sources online. High Quality Content by WIKIPEDIA articles! Beryllium copper, also known as copper beryllium, BeCu or beryllium bronze, is a metal alloy of copper and 0.5 to 3% beryllium, and sometimes with other alloying elements. Beryllium Copper combines high strength with non-magnetic and non-sparking qualities. It has excellent metalworking, forming and machining qualities.

Beryllium Copper $50 Used – High Quality Content by WIKIPEDIA articles! Beryllium copper, also known as copper beryllium, BeCu or beryllium bronze, is a metal alloy of copper and 0.5 to 3% beryllium, and sometimes with other alloying elements. Beryllium Copper combines high strength with non-magnetic and non-sparking qualities. It has excellent metalworking, forming and machining qualities. It has many specialized applications in tools for hazardous environments, musical instruments, precision measurement devices, b

Becu Beryllium

Learn The Lesson on Golf Club Terminology & Definitions

 Any combination of metals used to produce a club head or shaft. Alloys may contain aluminum, steel, beryllium, nickel, copper, titanium, or other metals in varying combinations. Less than honest descriptions of products often have the term “alloy” in them to hide the fact that the product may only contain trace elements of the desired metal.   For example, “titanium alloy” may actually contains 98% aluminum and only 2% titanium which may be used to confuse the consumer with “real titanium” that has high levels of titanium.  (TaylorMade r7 CGB Max Iron Set )Alloy is often a code word for substituting a cheap metal for an expensive metal.

Back Weight

A weight, usually tungsten, brass or aluminum attached to the back of a wooden, graphite or titanium wood head.The back weight moves the center of gravity toward the back of the club to assist in getting the ball airborne. Backspin The backward rotation of a golf ball in flight around a horizontal axis as caused by the club hitting the ball. The more loft on a club, the greater the backspin. Certain finishes on a club face (e.g., milling, brass-blasting) can also increase backspin. Balance Point The point where a shaft’s weight is evenly distributed in both directions when rested on a single point. Belly Putter Type of putter that positions the grip against the player’s stomach  (TaylorMade r7 CGB Max Iron Set )in order to create a pendulum effect from a relatively stable pivot point. Most belly putters are about 40″ in length. Belly putters generally are available in several lengths to accommodate different bellies. Bent (or Curved) Shaft A shaft designed for use in no-hosel putters, featuring a bend or bends within 5″ from the shaft tip. The curved shaft creates offset and face balancing. Beryllium Copper (BeCu) An alloy used to produce heads for some irons. More dense than stainless and some players claim it has a softer feel. Beryllium heads are easily identified by their copper coloration. Beta-Titanium An alloy of Titanium both harder and heavier than typical cast titanium. Big Butt Shaft Any shaft with a butt size over .620″. Bi-Metal Describes club heads  constructed from two different materials, for instance, a stainless steel club head with a brass sole insert or brass sole rails. Bi-Matrix Shaft Patented by True Temper, the BI-Matrix is a shaft that contains both graphite and steel. BI-Matrix wood shafts have a steel tip section, with the remainder being made of graphite. BI-Matrix irons have a graphite tip for feel, with the remainder of the shaft being steel for control. High-Modulus Graphite A shaft material stiffer than standard graphite. The higher the modulus of graphite, the lower its compression strength. High Polish Finish Shiny (mirror) finish applied to stainless steel iron heads through a series of polishing operations. Hook Face A wood with a closed face angle. Hook face woods may help players who slice to hit the ball straight. Horizontal Flow Weighting Distributing weight from club to club in a set of irons, with the highest concentration of weight moving from the toe of the longer irons to the heel of the shorter irons. Hosel The entry point of the shaft into the head on any golf club.Inset Hosel A club design with the hosel toward the center of the club face in an attempt to reduce head twisting. 

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Which is harder Copper Beryllium or Stainless Steel?

The current data I have tells me that BeCu has a hardness of HRC 45 while SS is HRB 85. Conversion says that SS then has a hardness of HRC 4. I just assumed that SS was harder than Copper Beryllium. Maybe I am wrong? Any insight? Thank you!

No, you are right. It is possible to have copper alloys that are harder than steel. The copper is likely aged and cold rolled, and the steel is probably an Austenitic grade or it is annealed.