C85800, high-strength lead brass rod die casting, has become an important choice for many industries due to its excellent strength and corrosion resistance. The unique properties of this alloy make it highly productive in the manufacturing process, and the finished product is light and long-lasting. Whether it is in the automotive, marine or aerospace fields, C85800 lead brass rod die castings can meet their requirements for high strength and corrosion resistance, which greatly improves the reliability and safety of products.
The advantages of C85800 high-strength lead brass rod die castings are not only in their physical properties. The chemical composition of this alloy makes it very machinable and can maintain good mechanical properties during machining. In addition, the surface treatment of C85800 is very simple, requiring only a slight polishing or plating treatment to achieve an aesthetically pleasing effect.
In the manufacturing process, C85800 lead brass rod die casting parts are made by die casting process. This process allows the alloy to solidify quickly at high temperatures, resulting in a dense microstructure and uniform mechanical properties. Moreover, the die-casting process can also realize automatic production, improve production efficiency and reduce labor costs.
Overall, C85800 high-strength lead brass rod die casting is a high-quality engineering material. Its excellent strength, corrosion resistance, and good machinability make it widely used in many industries. Moreover, the manufacturing process has a high degree of automation, which can greatly improve production efficiency and reduce costs. Whether it's automotive, marine, or aerospace, the C85800 is a trusted choice.
C85800, high-strength lead brass rod die casting
Application: Brass: Die casting.
Heat treatment: 1366°C-1131°C.
MIL C85800 MIL B 15894B Chemistry
The main element proportions are as follows:
element min max similar
mn - 0.25 -
si - 0.25 -
cu 57 -
al - 0.25 -
zn 30 -
sn - 1.5 -
fe - 0.25 -
pb - 1.5 -
others total - 0.5 -
mil c85800 mil b 15894b mechanical
yield tensile impact elongation reduction in cross section on fracture as-heat-treated condition brinell hardness (hbw)
rp0.2 (mpa) rm (mpa) kv/ku (j) a (%z (%
124 (≥345 (≥12 21 22 solution and aging, annealing, ausaging, q+t,etc 243
mil c85800 mil b 15894b physical
physical properties of mil c85800 mil b 15894b mainly cover modulus of elasticity, coefficient of thermal expansion, thermal conductivity, specific thermal capacity, electrical resistance value, density, poisson's ratio, etc.
temperature modulus of elasticity mean coefficient of thermal expansion 10-6/(°c) between 20(°c) and thermal conductivity specific thermal capacity specific electrical resistivity density poisson’s coefficient, ν
c) (gpa) (w/m·°c) (j/kg·°c) (mm²/m) (kg/dm³)
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