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ALLOY C19010 - PMX Industries

ALLOY C19010 . COPPER-NICKEL-SILICON. Cu-Ni-Si Exceptional Performance Versatile Product Global Availability Stol76 KHP102 PMC102 XP150. W. hen the heat is on, the design problem becomes more complex. In addition to strength, formability and conductivity, stress relaxation is crucial to your design reliability. C19010 has been engineered to meet these design expectations. C19010 . offers excellent formability, strength, and 150 C stress relaxation resistance coupled with excellent conductivity and plateability so you won't have to compromise in design.

ALLOY C19010 Stol76 KHP102 PMC102 XP150 Exceptional Performance Versatile Product Global Availability COPPER-NICKEL-SILICON Cu-Ni-Si

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Transcription of ALLOY C19010 - PMX Industries

1 ALLOY C19010 . COPPER-NICKEL-SILICON. Cu-Ni-Si Exceptional Performance Versatile Product Global Availability Stol76 KHP102 PMC102 XP150. W. hen the heat is on, the design problem becomes more complex. In addition to strength, formability and conductivity, stress relaxation is crucial to your design reliability. C19010 has been engineered to meet these design expectations. C19010 . offers excellent formability, strength, and 150 C stress relaxation resistance coupled with excellent conductivity and plateability so you won't have to compromise in design.

2 Ex cep tion al (ek-sep'shen-el) adj. e e 1.) Well above average. : C19010 . 100. 95. 90. 87% 86%. % Stress Remaining 85%. After 1,000 Hours 85 83%. 80%. Performance When 80. 77%. the Heat is On 75. With each new generation in 70. connector design, increased 65. 60 60%. performance at elevated temperatures requires designers 55. to be more demanding in ALLOY 50. 55. 00. Z. 51. 0. 0. 10. F5. 0. 1. 5/K. 21. X2. 71. 74. KL. 90. 02. selection. C5. C1. MA. C1. C7. C1. As shown in Figures 1 and 2, C19010 stands up to the test Figure 1.

3 Stress Relaxation Resistance at 150 C. at 150 C, while maintaining (Initial Nominal Yield Strength 70-90 ksi / 482-620 MPa). 83% of the initial stress after 1,000 hours (and 77% remaining 100. Remaining Stress (%). after 10,000 hours), well above 90. the standard of 70% that many 80. designers require as a minimum. 70. 60. 50. 40. 1 10 100 1000 10000. Time Figure 2. Stress Relaxation Resistance at 150 C. L. ike most people today you're looking for that do-everything tool that lets you go from design to implementation with less worry, little hassle and in less time than your competition.

4 While it may not open your favorite bottle of wine, C19010 is the versatile ALLOY you've been searching for. With its wide range of capabilities and world-wide availability, C19010 makes designing a finished product easier, purchasing a global ALLOY friendlier and your life a little bit simpler. Perhaps you should start looking for that corkscrew. Ver sa tile (v r'se-tel) adj. e e 1.) Capable of doing many things. : C19010 . Formable Bend formability is an important focus as connector 3. designs continue to miniaturize.

5 Minimum Bend Ratio (R/T). C19010 . Unlike many alloys on the market, the increased strength C7025/K55. 2. and stress relaxation benefits of R/T. C19010 are achieved without R/T R/T. sacrificing formability. (Figure 3). R/T. 1. C19010 possesses ideal formability for many of your interconnect products. Minimum 0. specified bend radii are listed Goodway Badway below. In many applications, Figure 3. tighter bends may be possible Typical Bend Formability of C19010 and C7025/K55 at depending on gauge, width of 75-80 ksi (515-550 MPa) Yield Strength samples " ( ) in width bend, and tooling method.

6 Call the engineering or product specialists at one of our global supply partners for a free consultation on your specific Bend Properties application. Temper 90 Degree Bend TM03 TM04 TM06 TM08. Goodway - (min. R/T) Badway - (min. R/T) Samples " ( mm) in width Data reported from samples <.032" ( mm) in thickness Nominal Yield Strength (MPa). Strong Yet 60. 380 420 460 500 540 580 620. Conductive One of the most discussed aspects 19010 TM04. 55 19010 TM08 Conductivity (m/ mm2). 19010 TM03 19010 TM06 of ALLOY selection is strength Conductivity (%IACS).

7 50 versus conductivity. It is often 17100 AT. 45 the case that many alloys will MAX251 H04. MAX251 H08. sacrifice conductivity for strength. 40 7025 TM00. In contrast, ALLOY C19010 has 35 KLF 5Z H04 high conductivity for yield 30 strengths up to 85 ksi. (Figure 4). 55 60 65 70 75 80 85 90. Nominal Yield Strength (ksi). Conversions Figure 4 1 psi = MPa Comparison of Yield Strength to Electrical Conductivity 1 ksi = MPa of Various Connector alloys 1% IACS = m/ mm2. Glob al (glo'bel) adj. e 1.) World wide.

8 : C19010 . Today's business environment has drastically changed from that of 30, or even 10 years ago. Not only do many companies compete in a global marketplace, but they also design, test, and manufacture products in a global factory. Competitive pressures continue to shrink new product development cycle time requirements. In this environment, the streamlining of raw materials is an excellent way to shrink time to market while controlling costs. Of all the alloys compared that have good formability and stand up to 150 C temperatures, only C19010 .

9 Surpasses 50% IACS conductivity, making it an excellent candidate for connector ALLOY consolidation. To consolidate and standardize alloys for global manufacture, it is also necessary to have a global supply base for raw materials. ALLOY C19010 is available globally; you will find the same uniform properties and tempers, the same quality workmanship and the same exceptional product made to your demanding standards and requirements no matter what corner of the world you are designing in. Engineers today are looking at products of tomorrow, C19010 has been designed to meet your needs both today and for the future.

10 C19010 High Performance ALLOY for ( ) Elevated Temperature Interconnects Chemical Composition Wt. %. Copper Balance Nickel Silicon Phosphorous Other max Physical Properties SI Unit US Customary Unit Melting Point 1062 ( C) 1944 ( F). Density (gm/cm3 @ 20 C) (lbs/in3) @68 F. Electrical Conductivity (Annealed) (m/ mm2) 60 (%IACS) @68 F. Thermal Conductivity (Annealed) (cal cm/cm sec C)@20 C 149 (Btu ft/ft2 hr F) @68 F. 3. Modulus of Elasticity (Tension) 131,000 MPa 19,000 ksi Mechanical Properties Temper(1).


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