C26800 brass comprises 66% copper and 34% zinc, with small amounts of lead, iron, and tin. Zinc in this alloy gives it excellent corrosion resistance while adding information improves machinability. However, the high lead content makes it unsuitable for welding or soldering.
C26800 brass has a density of 8.53 g/cm³, a melting point of 889-905 °C, and a thermal conductivity of 121 W/m.K. This alloy is non-magnetic, has low conductivity, and is easily malleable. C26800 brass also exhibits a bright, yellowish-gold colour, which makes it an appealing material for decorative purposes.
C26800 brass is a malleable alloy with excellent ductility and cold-working properties, making it easy to form into different shapes. It also has good tensile and yield strength, making it durable and long-lasting.
C26800 brass is commonly used for plumbing fixtures, electrical components, decorative hardware, and automotive parts. Its excellent corrosion resistance and malleability make it a popular material for plumbing fixtures such as valves, faucets, and pipe fittings. Its conductivity makes it ideal for electrical components such as switchgear, bus bars, and connectors. Its decorative finish enhances its use in door and window hardware, locks, and lighting fixtures.
C26800 brass has a moderate hardness with a Rockwell B score of 79, making it easy to work using standard machining processes. Its softness and malleability allow it to be formed into intricate shapes without cracking or breaking.
Welding C26800 brass is challenging due to its high lead content, which can lead to brittleness and cracks in the weld. However, it can be welded using brazing techniques with suitable filler metals that match the composition of the alloy.
