254smo/654smo/Zeron 100/Ferralium 255 Impeller (pump impellers, compressor impellers, blower impellers, turbine impeller, Closed Impeller, Open Impeller)

• Customization: Available
• Die Casting Machine Type: Cold Chamber Die Casting Machine
• Die Casting Method: Soluble Die Casting
• Model NO.: 254SMO Impeller
• Machining: CNC Machining
• Material: Alloy
• Surface Preparation: Polishing
• Pressure Chamber Structure: Vertical
• Tolerance Grade: 8
• Casting Surface Quality Level: 3
• Material Grade of Impeller: 654smo
• Transport Package: Plywooden Case
• Specification: CE
• Trademark: jj11
• Origin: China
• HS Code: 72284000
• Production Capacity: 5000 Tons/Year

Product Description

We produce 254SMO, 654SMO, Zeron 100, Ferralium 255, 254 SMO, 654 SMO, Zeron100, Ferralium255, Ferralium alloy 255 impeller, pump impellers, compressor impellers, blower impellers, turbine impeller, Closed Impeller, Open Impeller, mixer impellers from china.
We could produce 254SMO, 654SMO, Zeron 100, Ferralium 255, 254 SMO, 654 SMO, Zeron100, Ferralium255, Ferralium alloy 255 impeller, pump impellers, compressor impellers, blower impellers, turbine impeller, Closed Impeller, Open Impeller, mixer impellers in the forms of Sand Casting, Investment Casting, Permanent Casting and Gravity Casting, Centrifugal Casting, Lost Foam Casting and so on
Please send the drawing of 254SMO, 654SMO, Zeron 100, Ferralium 255, 254 SMO, 654 SMO, Zeron100, Ferralium255, Ferralium alloy 255 impeller, pump impellers, compressor impellers, blower impellers, turbine impeller, Closed Impeller, Open Impeller, mixer impellers that you need, we are glad to quote the best price for your side

The chemical composition of 654SMO pipes is as follows

Designation			Chemical composition % by mass max unless stated
		AISI No / Common Name	C	Si	Mn	P	S	Cr	Mo	Ni	Others
		654SMO	0.020	0.50	2.0/4.0	0.030	0.005	24.0/25.0	7.0/8.0	21.0/23.0	Cu 0.30/0.60; N 0.45/0.55

The mechanical propery of 654 SMO seamless pipes is as follows

0.2% proof stress (KSI	Tensile strength (KSI)	Elongation (%)
≥ 62	≥ 109	≥ 40