1.0347 (DC03)

Классификация

Страна Раздел Категория
Германия Нелегированные стали Стали со средним C <0,12% или Rm <400 МПа

Химический состав

Стандарт Fe, % Mn, % P, % C, % S, %
DIN 1624:1987 > 99.38 < 0.45 < 0.035 < 0.1 < 0.035

Информация о поставщиках

Механические свойства при температуре 20 °C

Прокат Стандарт Размер, мм Напряжение Классификаторы $$\sigma _{B}$$, $$\textit{МПа}$$ $$\sigma_{T}$$, $$\textit{МПа}$$ $$\epsilon_{L (L_0 = 80 mm)}$$, % $$\epsilon_{L (L_0 = 5.65\sqrt{S_o})}$$, % Обработка
270–370 240 34
отжиг, мягкий 37

Твёрдость по Викерсу

Прокат Стандарт Классификаторы Значение, HV
отжиг, мягкий 100

Properties

Property
According to DIN 1624 Designation processing G note Annealing
According to DIN 1624 Designation processing G Thickness: < 3 mm ; tensile strength: 270 - 370 MPa
According to DIN 1624 Designation processing G Thickness: < 3 mm ; elongation: > 34 %
According to DIN 1624 Designation processing G Thickness: > 3 mm ; tensile strength: 270 - 370 MPa
According to DIN 1624 Designation processing G Thickness: > 3 mm ; elongation: > 37 %
According to DIN 1624 Designation processing LG note Snapping
According to DIN 1624 Designation processing LG Thickness: < 0.7 mm ; yield strength: < 260 MPa
According to DIN 1624 Designation processing LG Thickness: < 0.7 mm ; tensile strength: 270 - 370 MPa
According to DIN 1624 Designation processing LG Thickness: < 0.7 mm ; elongation: > 34 %
According to DIN 1624 Designation processing LG Thickness: 0.7 - 3.0 mm ; yield strength: < 240 MPa
According to DIN 1624 Designation processing LG Thickness: 0.7 - 3.0 mm ; tensile strength: 270 - 370 MPa
According to DIN 1624 Designation processing LG Thickness: 0.7 - 3.0 mm ; elongation: > 34 %
According to DIN 1624 Designation processing LG Thickness: > 3 mm ; yield strength: < 240 MPa
According to DIN 1624 Designation processing LG Thickness: > 3 mm ; tensile strength: 270 - 370 MPa
According to DIN 1624 Designation processing LG Thickness: > 3 mm ; elongation: > 37 %
According to DIN 1624 Designation processing 32 K note Training
According to DIN 1624 Designation processing 32 K Thickness: < 3 mm ; yield strength: 210 - 355 MPa
According to DIN 1624 Designation processing 32 K Thickness: < 3 mm ; tensile strength: 290 - 390 MPa
According to DIN 1624 Designation processing 32 K Thickness: < 3 mm ; elongation: > 22 %
According to DIN 1624 Designation processing 32 K Thickness: > 3 mm ; yield strength: 210 - 355 MPa
According to DIN 1624 Designation processing 32 K Thickness: > 3 mm ; tensile strength: 290 - 390 MPa
According to DIN 1624 Designation processing 32 K Thickness: > 3 mm ; elongation: > 26 %
According to DIN 1624, the Designation processing 40 K note Training
According to DIN 1624, the Designation processing 40 K Thickness: < 3 mm ; yield strength: > 330 MPa
According to DIN 1624, the Designation processing 40 K Thickness: < 3 mm ; tensile strength: 390 - 490 MPa
According to DIN 1624, the Designation processing 40 K Thickness: < 3 mm ; elongation: > 5 %
According to DIN 1624, the Designation processing 40 K Thickness: > 3 mm ; yield strength: > 330 MPa
According to DIN 1624, the Designation processing 40 K Thickness: > 3 mm ; tensile strength: 390 MPa
According to DIN 1624, the Designation processing 40 K Thickness: > 3 mm ; elongation: > 13 %
According to DIN 1624 Designation processing K 50 note Training
According to DIN 1624 Designation processing K 50 yield strength: > 440 MPa
According to DIN 1624 Designation processing K 50 Temporary resistance: 490 - 590 MPa
According to DIN 1624 Designation processing K 60 note Training
According to DIN 1624 Designation processing K 60 yield strength: > 540 MPa
According to DIN 1624 Designation processing K 60 tensile strength: 590 - 690 MPa

Аналоги

Украина Германия США
08Ю 1.0333 (DC03G1) SA 1008 CS Type A

Стандарты

Стандарт Описание
EN 10130
EN 10139
EN 10152
EN 10271
DIN 1624:1987
DIN EN 10130:2006
DIN EN 10139:1997
DIN EN 10139:2016
DIN EN 10152:2009
DIN EN 10152:2017

Описание химических элементов

Элемент Единицы измерений Описание
Fe % Железо
Mn % Марганец
P % Фосфор
C % Углерод
S % Сера

Описание механических свойств

Параметр Единицы измерений Описание
$$\sigma_{T}$$ $$\textit{МПа}$$ Предел текучести
$$\sigma _{B}$$ $$\textit{МПа}$$ Предел кратковременной прочности
$$\epsilon_{L (L_0 = 80 mm)}$$ % Относительное удлинение при растяжении (продольн.) (для L0 = 80 мм)
$$\epsilon_{L (L_0 = 5.65\sqrt{S_o})}$$ % Относительное удлинение при растяжении (продольн.) (для L0 = 5.65√So)