Bronze Bro3c13s4 (БрОЦС3-13-4)

  • Bronze БрО3Ц8С4Н1 (БрОЦСН3-8-4-1)
  • Bronze БрО8Ц4 (БрОЦ8-4)
  • Bronze БрО8С21 (БрОС8-21)
  • Bronze БрО8С12 (БрОС8-12)
  • Bronze БрО8Н4Ц2 (БрОНЦ8,5-4-2)
  • Bronze БрО6Ц6С3 (БрОЦС6-6-3)
  • Bronze БрО6Ц6С2х (БрОЦС6-6-2х)
  • Bronze БрО6Ц4С2Н1 (БрОЦСН6-4-2-1)
  • Bronze БрО6С6Ц3
  • Bronze БрО6К2Ц1
  • Bronze БрО5Ц6С5 (БрОЦС5-6-5)
  • Bronze БрО5Ц5С5 (БрОЦС5-5-5)
  • Bronze БрО5С25 (БрОС5-25)
  • Bronze БрО4Ц8С5
  • Bronze БрО4Ц7С5 (БрОЦС3,5-7-5)
  • Bronze БрО4Ц4С17 (БрОЦС4-4-17)
  • Bronze БрО3Ц7С5Н1 (БрОЦСН3-7-5-1)
  • Bronze БрО3Ц6С5 (БрОЦС3-6-5)
  • Bronze БрО3Ц13С4 (БрОЦС3-13-4)
  • Bronze БрО3Ц12С5 (БрОЦС3-12-5)
  • Bronze БрО3,5Ц7С5
  • Bronze BrO19
  • Bronze БрО16С5 (БрОС16-5)
  • Bronze БрО10Ц2Н2 (БрОЦН10-2-2)
  • Bronze БрО10Ц2Н1,5 (БрОЦН10-2-1,5)
  • Bronze БрО10Ц2 (БрОЦ10-2)
  • Bronze БрО10Ф1 (БрОФ10-1)
  • Bronze БрО10Ф0,7Н0,5 (БрОФН10-0,7-0,5)
  • Bronze БрО10С2Н3 (БрОСН10-2-3)
  • Bronze БрО10С10 (БрОС10-10)

    • Designation

    Name The value
    Designation GOST Cyrillic БрО3Ц13С4
    Designation GOST Latin BpO3Ts13C4
    Transliteration BrO3Ts13S4
    By chemical elements BaSn3Zn13Pb4
    Name The value
    Designation GOST Cyrillic БрОЦС3-13-4
    Designation GOST Latin BpOTsC3-13-4
    Transliteration BrOTsS3-13-4
    By chemical elements BaSnZnPb3-13-4

    Description

    Bronze Bro3c13s4 used: for the production of ingots from scrap and waste of nonferrous metals and alloys used as charge material for the manufacture of tin foundry of bronze according to GOST Bro3c12s5 613.

    Note

    The alloy system Cu-Sn-Zn-Pb.

    Standards

    Name Code Standards
    Non-ferrous metals, including rare, and their alloys В51 GOST 614-97

    Chemical composition

    Standard S P Si Ni Fe Cu As Al Zn Sn Sb Pb Mg
    GOST 614-97 ≤0.08 ≤0.1 ≤0.02 ≤2 ≤0.4 Rest ≤0.15 ≤0.02 9-16 2.1-3.5 ≤0.5 3-6 ≤0.02
    Cu is the basis.
    According to GOST 614-97, the total mass fraction of impurities is ≤ 1.30%. The content of arsenic, magnesium, phosphorus and sulfur is determined at the request of the customer. Nickel can be included in the mass fraction of copper - in this case nickel in the sum of impurities is not taken into account. At the request of the consumer, the total amount of impurities of aluminum and silicon should not be more than 0.020%. For parts operating under pressure, the mass fraction of aluminum and silicon can be separately up to 0.050% of each.