Browse Categories
Shopping Cart
Your cart is empty.

C17200 ANNEALED .004 X 1.210" Beryllium Copper Coil - Heat: A95491 - Tag: 429702
BERYLCO 25 - 2 pound coil


Select Product Options to see actual price and ADD to CART.           How to Place an Order Guide (Requires Adobe Reader)

Price: : $105.00
Wt: 2 Bin: 801 Lot: 10-365
172ANN0040
C17200 ANNEALED .004 X 1.210" X Coil ---2 pounds
Thickness Tolerance: ± 5%
Width Tolerance: ± 1/8 inch
Approximate Length: 114.78 feet

QUALITY NOTES:



MATERIAL INFORMATION

BMC Lot
10-365
Country of Manufacture
USA
Country of Melt
Japan

Temper
Annealed
Hardness
-
Tensile Stregth (PSI)
66,700/67,800
Yield Strength (PSI)
28,800/29,000
Elongation
38.0 %
Bend Test
Embrittlement
ASTM Grain Size
0.008/0.011
Grain Count
 9/13
 
 3 Hours at 450 degrees F
Age Hardened Tensile Strength
 180,900/182,200
Age Hardened Yield Strength
 161,200/163,100
Age Hardened Elongation
 4%


Si
Ni
Cu
Al
Co
Fe
Be
.011
.015
Bal
.020
.242
.040
1.85


CERTIFICATE OF CONFORMANCE / TEST REPORT OPTIONS EXPLANATION

Brown Metals Company Certificates of Conformance / Test provide the following:

  • Ability for customization including:
    • Actual width ordered
    • Actual weight ordered
    • Actual customer Purchase Order Number if applicable
    • Customer Part Number if applicable
  • Material identification including alloy, temper & thickness
  • Actual chemical and mechanical properties
  • AMS & ASTM specifications with the most up-to-date revisions
  • Melt source and country of origin on most items
  • Dual certification of alloys when applicable (Example: Certify material to meet both 302 & 304 alloy)
  • Provides the most complete traceability for Aerospace, Military, Automotive, Medical & Government applications
  • View a sample of the BMC C of C / Test Report

Mill Test Reports provide the following:

  • Material identification including alloy, temper & thickness
  • Actual chemical and mechanical properties
  • AMS & ASTM specifications (may not always be most recent revision)
  • View a sample of a Mill Test Report