GGG-35.3 (EN 0.7033) Ductile Cast Iron Casting Material

Ductile Cast Iron

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Introduction

GGG-35.3 is a ductile cast iron grade covered by DIN 1693-1. Typical family applications include gear and transmission components, hubs, brackets, machine housings and pump-related castings.

FieldValue
DesignationGGG-35.3 (EN 0.7033)
Material TypeCast Iron
Sub TypeDuctile Cast Iron
Product Formcasting

Manufacturing Process

Sand Casting
Shell Molding Casting
Lost Foam Casting

Equivalent Materials

N/A

Similar Materials

N/A

Reference Standards

StandardStandard TitleEditionSpecificationIdentifier
DIN 1693-1Cast Iron with Nodular Graphite — Unalloyed and Low Alloy Grades1973-10GGG-35.3—

Physical Properties

PropertyValue / UnitNoteSource
Density7.2 kg/dm³Approximate density for weight calculations, not a guaranteed density limitDIN 1693-1

Chemical Composition

ElementDIN 1693-1Edition 1973-10 · wt.%[1]
Si≤ 2.1[2]
Mn≤ 0.1[2]
P≤ 0.05[2]

Notes

DIN 1693-1 · Edition 1973-10

[1] All properties in this column: Explanations: manufacturing aim for GGG-35.3, informative only; P is strictly less than 0.05 wt.%, not a general mandatory acceptance maximum.; Explanatory manufacturing aim only; P <0.05 wt.% (strict inequality). Do not treat these as normative chemistry limits.

[2] Si/Mn/P: Source nature not classified

Heat Treatment

DIN 1693-1–1973-10

Annealing is specified.

Mechanical Properties

Core Mechanical Properties

DIN 1693-1 — 1973-10 · Table 2 — Normative

PropertySeparately cast test piece
Tensile Strength≥ 350 N/mm2[1]
Yield Strength (Rp0.2)≥ 220 N/mm2[1]
Elongation≥ 22 %[1]
Impact Energy (DVM)≥ 19 J[2]
≥ 17 J[3]

Additional Mechanical Properties

Low-Temperature Properties

DIN 1693-1 — 1973-10 · Table 2 — Normative

PropertySeparately cast test piece
Impact Energy (DVM)≥ 14 J[4]
≥ 11 J[5]

Notes

DIN 1693-1 · Edition 1973-10

[1] Tensile Strength/Yield Strength (Rp0.2)/Elongation: Separately cast U or Y test piece; tensile specimen per DIN 50125; A5 elongation

[2] Impact Energy (DVM): DVM notched-bar impact specimen per DIN 50115; room temperature; no numeric temperature invented; Condition: Separately cast test piece; DVM specimens; not a Charpy V-notch conversion. Mean of 3 DVM specimens; DIN 1693-1:1973-10, Table 2, PDF page 2; Mean of 3 DVM specimens

[3] Impact Energy (DVM): DVM notched-bar impact specimen per DIN 50115; room temperature; no numeric temperature invented; Condition: Separately cast test piece; DVM specimens; not a Charpy V-notch conversion. Individual DVM specimen; DIN 1693-1:1973-10, Table 2, PDF page 2; Individual DVM specimen

[4] Impact Energy (DVM): Test at -40 °C; DVM notched-bar impact specimen per DIN 50115; -40 °C; Condition: Separately cast test piece; DVM specimens; not a Charpy V-notch conversion. Mean of 3 DVM specimens; DIN 1693-1:1973-10, Table 2, PDF page 2; Mean of 3 DVM specimens

[5] Impact Energy (DVM): Test at -40 °C; DVM notched-bar impact specimen per DIN 50115; -40 °C; Condition: Separately cast test piece; DVM specimens; not a Charpy V-notch conversion. Individual DVM specimen; DIN 1693-1:1973-10, Table 2, PDF page 2; Individual DVM specimen

Welding Conditions

N/A

Applications

For ductile cast iron DIN 1693-1 GGG-35.3, typical cast components in this material family include gear and transmission components, hubs, brackets, machine housings and pump-related castings. Applications include agricultural, construction and general industrial machinery. Lifting, low-temperature and pressure-retaining duties require the relevant component-specific requirements; ordinary family uses do not establish those capabilities.

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Last Updated: November 6, 2026

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