Centrifugal Casting on Cylinder ID Surface

Product Detail

Iron alloy powder used for Centrifugal casting on cylinder ID surface.
Global Fusion Iron alloy powder specifications:

Powder	HRC	Chemical Composition									Coating/Overlaying Process	Mesh Size
		C	Cr	Si	Fe	Mo	Ni	Mn	B	Others
Fe101	62	3.3	2	1	Bal		5	1	1.4		Centrifugal casting on cylinder ID surface	20/300
Fe102	62	2.7	2.8	1	Bal		5.5	1	1.9		Centrifugal casting on cylinder ID surface	20/300
Fe103	62	1.5	4.5	1	Bal		7	1	2.9		Centrifugal casting on cylinder ID surface	20/300
Fe103-5	63	1.5	6	2	Bal		8	1.5	3		Centrifugal casting on cylinder ID surface	10/300
Fe103-5A	62	2	10	2	Bal	1.1	7.5	1.2	3.6		Centrifugal casting on cylinder ID surface	10/200
Fe103WM	61	1.5	7.2	2.3	Bal	2.5	10	0.6	3	W:1.20	Centrifugal casting on cylinder ID surface	10/200
Fe104	60	1.7	4.5	1.5	Bal		11	0.8	3		Centrifugal casting on cylinder ID surface	20/300
Fe105	62	1.5	5.5	1.3	Bal	1.5	12	1	2.8	W:4.50	Centrifugal casting on cylinder ID surface	20/300
Fe105W	61	2	6	1.9	Bal		15	1	2.5	W:4.50	Centrifugal casting on cylinder ID surface	20/300
Fe105W-1	61	1.5	8	2	Bal	1.3	8	1	3		Centrifugal casting on cylinder ID surface	20/300
Fe105W-JC	60	1.5	8	2	Bal		8.5	1	3	W:3.20	Centrifugal casting on cylinder ID surface	20/300
FJ-6	57	0.2	13.5	1.5	Bal	2.5	1.1				Centrifugal casting on cylinder ID surface	150/300
FJ-19	60	2.9	30	2	Bal	3	5		2.3		Centrifugal casting on cylinder ID surface	100/270
FJ-20	64	5	25		Bal				1.5		Centrifugal casting on cylinder ID surface	100/270




Introduction of Iron alloy powder:
Iron-based powder metallurgy formula technology can also be used in processing the special performance of powder metallurgy products so as to meet different operating requirements of them. In the powder metallurgy formula technology, vibration-assisting filling method is used so as to change the distribution of powder density, thus the powder will be evenly distributed and avoid that the metal powders are not fully and evenly filled, moreover, it also can reduce the crack and failure of powder metallurgy products caused by high frequency induction heating and quenching as it can reduce the induction heating equipment frequency and heating rate as well as lessen the hardness difference between the heating and non-heating area, in which the harness buffer will be generated and reduce crack risks.

 

Centrifugal casting process advantages:



1.Using centrifugal casting, there will be no fear of length, thickness and diameter. Castings of any length, any thickness and any diameter can be produced and manufactured easily without any limitations. (15 m )
2.Pipes, Fly Wheels and all cylinder liners can be produced using Centrifugal Casting.
3.Different thicknesses of the walls can be manufactured easily.
4.It also eliminates the necessity of the cores.
5.Centrifugal casting has its Mechanical properties at the top.
6.Cylindrical shapes of any size can be produced with ease.
7.Better surface finish can be achieved.
8.Very huge parts of heavy weight can also be produced up to 61,235 kg.

Enterprise Purpose:

      Better Technology

                Better Alloy

                          Better World

Product R&D:

Mainly research and develop new products according to customer demands to meet the existing conditions and process for the material.

Features of Global Fusion Powder:

1) Powder of three main alloys: cobalt-base alloy, nickel-base alloy, and 

iron-base alloy, stellite alloy
2) Properties: good resistance against high-temperature, corrosion, wear, 
shock and stick abrasion
3) Main application: use to repair and pre-protection of valve seat, pump 
shaft sleeve and valve gate
4) Process: OXY, PTA, high frequency remelting 
5) Specifications: 150/320, 200/400, 280/400, 180/400, 60/170, 60/200 

System Construction 

Perfect After-Sale Service System 







Excellent Quality Control System 



 

 Advanced  Production and Testing Equipment



International Standardized Professional Workshop 



Construction of Laboratory

Chemical Analysis Laboratory

Metallographic laboratory

Thermal Spray Process Room

Powder Physical Performance Testing Room 




Cooperative Project:

Joint Tsinghua University to develop Laser Powder and 3D consumable Powder, Joint Shanghai Jiao Tong University and Fudan University to develop alloy amorphous submicron powder material, Joint Harbin Institute of Technology to develop amorphous and submicron powder material, Joint Hebei University of Technology to develop magnetic submicron powder material, Joint Beijin Institute of Technology to develop high temperature alloy submicron powder material, Joint Tianjin University to develop remanufacturing material auto engine, Joint Tianjin University of Technology to develop laser and remanufacturing material, etc.

Technology Cooperation and Communication with Foreign Customers