"What's in the boxes?" Candice wondered aloud.
"96 million modulus.." began Doc Ruger.
"Graphite rods?" Candice completed Bill's sentence, her face lighting up.
"You know about graphite?" queried Bill with interest.
"I have a doctorate in applied chemistry and physics," Candice replied.
"Soooo many things to like about this girl," Doc Ruger thought to himself. "What can you tell me about these?"
"Well, if they're 96 million modulus, they are extraordinarily rigid."
"Really strong?"
"No. Not strong, I said rigid. There's a difference. The modulus is a rating of elastic rigidity. It means it would take 96 million pounds per square inch to bend these rods.
"By way of comparison, the modulus of good oak is only about 1.6 million and steel weighs in at about 29 million.
"What are they used for here?"
"Truss rods in guitar necks to make them rigid. Most companies use adjustable steel rods."
"That's a perfect application for this material. Now I really want to meet Mr. Smith."
"96 million modulus.." began Doc Ruger.
"Graphite rods?" Candice completed Bill's sentence, her face lighting up.
"You know about graphite?" queried Bill with interest.
"I have a doctorate in applied chemistry and physics," Candice replied.
"Soooo many things to like about this girl," Doc Ruger thought to himself. "What can you tell me about these?"
"Well, if they're 96 million modulus, they are extraordinarily rigid."
"Really strong?"
"No. Not strong, I said rigid. There's a difference. The modulus is a rating of elastic rigidity. It means it would take 96 million pounds per square inch to bend these rods.
"By way of comparison, the modulus of good oak is only about 1.6 million and steel weighs in at about 29 million.
"What are they used for here?"
"Truss rods in guitar necks to make them rigid. Most companies use adjustable steel rods."
"That's a perfect application for this material. Now I really want to meet Mr. Smith."