Aluminium Flat Bar 6063T6

Mild Steel Angle Black S355 is a channel shaped S355 Black Mild Steel. S355 structural steel is a high-strength low-alloy European standard structural steel covering four of the six “Parts” within the EN 10025 – 2004 standard. With minimum yield of 50,000 KSI, it meets requirements in chemistry and physical properties similar to ASTM A572. Careful attention should always be placed on the specific variation of S355 required if considering substitute material.
Specifications EN10025-2	Characteristics Bending / Forming: Fair Corrosion Resistance: Poor Machining / Grinding: Good Wear Resistance: Fair Welding: Excellent		Common uses of Mild Steel Channel Black S355 include: Bridge components Components for Offshore Structures Power Plants Mining and Earth-Moving Equipment Load-Handling Equipment Structural Steel Works Wind Tower Components		More Info Brinell Hardness: 146 - 187 HB Melting Point: 1426 C Tensile: 470 - 630 N/mm2 Yield: 355 N/mm2 Min.

 

Brass Hexagon Bar CZ121 is a hexagonal shaped CZ121 Brass Alloy bar. CZ121 Brass Alloy is a free-machining brass consisting of a duplex phase structure with a 3% lead content. It is suited to high speed machining operations due its superior machinability, thread rolling and knurling characteristics. Particles of lead are finely dispersed throughout the microstructure, acting as both a lubricant and a chip breaker to give the alloy its free-machining characteristics. CZ121 Brass Alloy’s machinability rating of 100 is the standard against which all copper alloys are rated. It offers good strength, is easily soldered or brazed and has good resistance to corrosion. • Specifications CZ121 (CW614N) Free Machining Brass • Characteristics o Corrosion Resistance: Excellent o Cold Working: Poor o Hot Working: Excellent o Heat Treatment: Good o Machinability: Excellent o Weldability: Excellent • Uses Common uses of Brass Hexagon Bar CZ121 include: o High Speed Machined Components o Architectural Extrusions o Locks o Hinges • More Info o Density = 8.47 g/cm³ o Melting Point = 875 °C o Thermal Expansion = 20.9 x10^-6 /K o Modulus of Elasticity = 97 GPa o Thermal Conductivity = 123 W/m.K o Electrical Resistivity = 0.062 x10^-6 Ω .m o Proof Stress = 220 - 350 MPa o Tensile Strength = 360 - 500 MPa o Hardness Brinell = 90 - 160 HB o Elongation A = 20 - 5 %