C17200 Beryllium Copper Rod Treated Cold Drawn In Hard TD04 30mm Dia

Beryllium Copper C17200 Solution Treated Cold Drawn in Hard (TD04) 30mm Dia. Rod

Product Normal Description:

Introduction of Beryllium Copper C17200 Alloy Rods:

C17200 Beryllium copper alloys bars is used in non-sparking safety tools, lock washers, navigational instruments, flexible metal hoses, rolling mill parts, pumps, switch parts, spline shafts, heavy equipment wear plates, contact bridges, roll pins, spring connectors, diaphragms, electrochemicals, clips, relay parts, bushings, firing pins, washers, fuse clips, housings for instruments, shafts, valve seats, bolts, bourdon tubes, pump parts, screws, connectors, belleville washers, welding equipment, retaining rings, valves, springs, bellows, fasteners, tools, bearings, valve stems, etc. C17200 beryllium copper rod is being manufactured all over the globe today, so as to provide in various industries the required qualities of this material, which include superior thermal properties, hardness and high strength. It is this very range of qualities of c17200 beryllium copper that make it the number one choice material, for use in a number of applications in the aerospace sector and oil industry.

Chemical Composition of Beryllium Copper C17200 Alloy:

Typical Physical Properties of Beryllium Copper C17200 Alloy:

Product Photos:

Typical Applications of Beryllium Copper C17200 Alloy:

TYPICAL APPLICATIONS FOR C17200 BERYLLIUM COPPER ROD AND STRIP
Electrical Switch and Relay Blades
Electrical connectors
Non-Sparking Safety Tools
Pump Parts
Bushings/Bearing for Aerospace Industry
Oil Field Drilling Collars and Instrument Housing
Springs

Mechanical Properties of

• Tensile Strength

Beryllium Copper can attain the tensile strength. of 1500N/ mm2 through precipitation hardening and can withstand very high bending stress.
Corrosion Resistance
Beryllium Copper has excellent corrosion resistance, nearly the same as Nickel Silver.

Electrical Conductivity
The electrical conductivity of beryllium copper ranges from 20 to 70 %IACS, depending on alloy and temper.

• Age Hardenable Tempers

This term means the material can be strengthened by simple heat treatment after stamping or forming. The strength level will be roughly doubled by optimum heat treatment.

ASTM Designation Description Name
TB00 Annealed A
TD01 Quarter Hard 1/4 H
TD02 Half Hard 1/2 H
TD04 Hard H