Cast iron GJL300

Lamellar cast iron EN-GJL300

This cast iron alloy has excellent wear and heat treatment resistance compared with GJL200 and GJL250 alloys. Continuous casting and extrusion is also the common production method for the GJL300 to achieve a product that enjoys greater homogeneity and uniformity.

Areas of Application

SECTORS IN WHICH CAST IRON GJL300 IS USED

Appliance

Grids
Caps
Knobs
Burners
Wok Supports
Tubs

OLEODYNAMIC Applications

Distributors
Shut-off valves
Control valves

Construction of Pumps

Pump body
Carrier lantern
Mouthpieces
Valves
Shredders
Open Impellers
Closed Impellers
Single-channel impellers
Diffusers
Circulators
Supports

Automotive

Racing Components
Aluminum frames
Engine cylinders
Motor heads
Brake calipers
Clutch Crankcase
Engine crankcase
Gearboxes
Frame elements
Forks

Electromechanics

Engine shields
Inverter boxes
Carcasses
Finned masses
Streetlights

GJL300 CAST IRON

GJL300 (GS30)
Hardness HB (30)	170 - 240
Testing load Rm N/mm²	250
Yield strength Rp 0,2	-
Enlong. A %	1 - 3
Structure	Perlitica
Graphite	Lamellare
Wall thickness Determinant [mm]	5 10 20 40 80
Predicted tensile strength Rm (on sample) [N/mm²]	da 250 a 350
Predicted tensile strength Rm (on test) [N/mm²]	- - 250 220 210
Predictable tensile strength Rm (tested) [N/mm ²]	270 240 210 195

The above data are intended as a guideline since they can be found only on standard specimens cast automatically on in-ground molding equipment. The values actually found on a casting depend strongly on the thickness of the element under consideration and the morphology of the casting (in fact, these two aspects jointly determine the cooling curves and thus the set of mechanical characteristics).

Cast iron prototype creations

Some of the prototypes we made in cast iron

Quick sand casting prototype - Ductile iron manifold

Compressor body made as a prototype in quick sand casting

cast iron priting — prototype in cast iron - 4 cylinder engine block

LARGE COMPANIES

WHO HAVE CHOSEN US