PMS58, German lead brass, is a metal material with excellent properties, which is widely used in the manufacture of various cables. This material not only has high strength and high corrosion resistance, but also has good electrical conductivity and processing properties. As a result, PMS58 lead brass is ideal for the manufacture of general-purpose cables.
In cable manufacturing, the advantages of PMS58 lead brass are fully reflected. First of all, its high strength and corrosion resistance enable the cable to maintain stable and reliable transmission performance during use. Secondly, its conductive properties enable the cable to efficiently transmit electrical energy to meet the needs of various electrical equipment. In addition, PMS58 lead brass also has good processing properties, which makes the processing and connection in the cable manufacturing process more convenient and fast.
General cable is a common type in the cable family, which is widely used in various fields such as power, communication, control, etc. Due to its versatility and wide range of applications, the requirements for cable materials are very high. As a high-performance metal material, PMS58 lead brass meets these requirements. Therefore, PMS58 lead brass has become one of the indispensable materials in the manufacture of general-purpose cables.
In a word, PMS58 lead brass, as a high-performance metal material, has a wide range of application prospects in cable manufacturing. It can not only meet the performance requirements of various cables, but also improve the service life and reliability of cables. Therefore, in the future cable manufacturing, PMS58 lead brass will be more widely used and promoted.
PMS58, German Lead Brass Universal Cable
Application: Copper & Copper Alloys - For General Purpose Cables & Accessories.
Heat treatment: 1949°C-1182°C.
ASRO PMS58-SR EN 12167 Chemistry
element min max similar
zn - total others - 0.2 -
sn - 0.3 -
pb 0.8 1.6 -
ni - 0.3 -
fe - 0.3 -
cu 55 57 -
al 0.05 0.5 -
asro pms58 sr en 12167 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 (%
687 (≥649 (≥21 44 21 solution and aging, annealing, ausaging, q+t,etc 333
asro pms58 sr en 12167 physical
physical performance parameters of asro pms58 sr en 12167 are mainly indicated by density, poisson's ratio, thermal conductivity, specific thermal capacity, coefficient of thermal expansion, modulus of elasticity, electrical resistance value, 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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