China Nodulant (Nodulizer/Nodularizer) Cored Wire for Ductile/Nodular Iron casting (Cast iron)-Chinese supplier/exporter

China Nodulant (Nodulizer/Nodularizer/Si-Mg Alloy/Silicon-Magesium) Cored Wire for Ductile/Nodular Iron Casting (Cast Iron) in Foundry for Nodulizing/Nodularizing/Nodularization - Chinese supplier

Images of productt of cored wire nodulant

Cored wire

Cored wire

Cored wire

Cored wire

Cored wire

Purpose: Apply for ductile / nodular iron casting (cast iron) manufacturing (Cupola or electrical induction furnace metallugy) for nodularization/nodulation/nodularizing/nodulating

Specifcation:

Wire Alloy Weight Steel Husk Content

Diameter Tolerance Thickness Magnesium Silicon Calcium Rare Earth Barium Aluminium Fe

mm % mm % % % % % % %

9/13/16 <4.5 0.35~0.40 Mg: 25~40 Si: 35~45 Ca: 0.0~5.0 Re: 0.0~5.0 Ba: - - Al: <1.5 Balance

Other specifications and diameters available according to customer's request

Advantage of Cored Wire Prcessing over sandwich processing in foundries with our Unique Experienced Engineering System Designs:

1.
No Pollutions

2. PLC Control. Automaticaly calculating Wire Feeing Length by inputting initial base sulfur content of melt

　 & melt weight, etc. (Only with our Uniquely designed Cored Wire Injector)

3. Less man power. One operator is enough.

4. High De-sulfuring Effect

　 Specially suitable for Cupola Metallurgy with High Base Sulfur Content (0.05-0.09%) of iron melt. Final Sulfer <0.01% after processing

5. High Magnesium Recovery Rate (40% to 50%)

6. Dry Slag easy to be cleaned

7. Low Temperature Loss over Sandwich Process (Lower by around 20 to 40 degree centigrade)

8. Less Addition of wire also results in Less Si Addtion into charget. Silicon content can be easily adjustable. Low Silicon melt possible.

It results in around 60% more returns can be added into charge (Sandwich process only around 45%) to Rreduce the Melting Costs.

9. High Nodularity ( >95%)

10. High Ferrite Percent ( >90% for Cupola & >95% for Electrical furnace) Higher Elongation and Lower Hardness for casting.

Diameter: 9/13/16mm

Packing: Coil with poly film wrapped & steel wire / rod frame

Production Capacity: 5 metric ton per day (1 shift) per equipment

Minimum Order: 5 metric ton per lot

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Wire	Alloy Weight	Steel Husk	Content
Diameter	Tolerance	Thickness	Magnesium	Silicon	Calcium	Rare Earth	Barium	Aluminium	Fe
mm	%	mm	%	%	%	%	%	%	%
9/13/16	<4.5	0.35~0.40	Mg: 25~40	Si: 35~45	Ca: 0.0~5.0	Re: 0.0~5.0	Ba: - -	Al: <1.5	Balance

1.	No Pollutions
2.	PLC Control. Automaticaly calculating Wire Feeing Length by inputting initial base sulfur content of melt
	& melt weight, etc. (Only with our Uniquely designed Cored Wire Injector)
3.	Less man power. One operator is enough.
4.	High De-sulfuring Effect
	Specially suitable for Cupola Metallurgy with High Base Sulfur Content (0.05-0.09%) of iron melt. Final Sulfer <0.01% after processing
5.	High Magnesium Recovery Rate (40% to 50%)
6.	Dry Slag easy to be cleaned
7.	Low Temperature Loss over Sandwich Process (Lower by around 20 to 40 degree centigrade)
8.	Less Addition of wire also results in Less Si Addtion into charget. Silicon content can be easily adjustable. Low Silicon melt possible.
	It results in around 60% more returns can be added into charge (Sandwich process only around 45%) to Rreduce the Melting Costs.
9.	High Nodularity ( >95%)
10.	High Ferrite Percent ( >90% for Cupola & >95% for Electrical furnace) Higher Elongation and Lower Hardness for casting.