Nickel Based Laser Cladding Powder

Product Detail

Nickel Based Laser Cladding Powder
Specifications of Nickel Based Laser Cladding Powder:

Powder	HRC	Chemical Composition										Coating/Overlaying Process	Mesh Size
		C	Cr	Si	B	Fe	Mo	Ni	Co	Mn	W
Ni15AA	15	0.05	-	2.00	1.00	0.50	6.00	Bal	-	0.50	-	Laser Cladding	100/270 or 150/300
Ni20M	25	0.05	3.50	2.30	0.80	1.00	12.00	Bal	-	0.50	-
Ni22AA	22	0.05	-	2.50	1.30	1.00	5.50	Bal	-	0.50	-
Ni30AA	30	0.15	5.00	3.00	1.50	2.00	0.40	Bal	-	-	-
Ni40AA	40	0.25	7.50	3.500	1.60	2.50	-	Bal	-	-	-
Ni45AA	45	0.30	9.00	3.60	1.80	5.00	-	Bal	-	-	-
Ni50AA	50	0.45	11.00	3.90	2.30	2.90	-	Bal	-	-	-
Ni60AA	60	0.75	14.80	4.30	3.10	3.70	-	Bal	-	-	-
Ni65WC	65	2.50	-	1.20	1.00	0.10	-	Bal	-	-	-
Ni625	-	0.03	21.50	0.40	-	1.40	9.00	Bal	-	-	-
Ni276	-	0.12	15.50	0.50	-	3.00	16.00	Bal	-	-	-




Advantages of Global Fusion Nickel Based Laser Cladding Powder:
?Good self-melting, Clear “Mirror Surface”, Smooth Clad Layer.
?High Deposition Rate, Tiny Soot.
?High Sphericity, Uninterrupted Powder Feeding.
?Wide Solid-Liquid Phase, Good Manufacturability, Strong Operatibility.
?Strong Slaggability, Welding Layer has no defect of slag and pore, Performance of Cladding Layer is better than the similar Product.


  




Introduction of Laser Cladding Process:
Laser cladding is a method of depositing material by which a powdered or wire feedstock material is melted and consolidated by use of a laser in order to coat part of a substrate or fabricate a near-net shape part (additive manufacturing technology) .
It is often used to improve mechanical properties or increase corrosion resistance, repair worn out parts, and fabricate metal matrix composites



Advantages of Laser Cladding Process:
?Best technique for coating any shape => increase life-time of wearing parts.
?Particular dispositions for repairing parts (ideal if the mould of the part no longer exist or too long time needed for a new fabrication).
?Most suited technique for graded material application.
?Well adapted for near-net-shape manufacturing.
?Low dilution between track and substrate (unlike other welding processes and strong metallurgical bond.
?Low deformation of the substrate and small heat affected zone (HAZ).
?High cooling rate => fine microstructure.
?A lot of material flexibility (metal, ceramic, even polymer).
?Built part is free of crack and porosity.
?Compact technology.

Powder Producing Principle and Locale


High-Purity Atomized Alloy Powder
(Oxygen Content=400ppm)






Quality Control

 The advanced quality control equipment used includes

Thermo Fisher ICP (Inductively Coupled Plasma) spectrometer



?LECO Carbon/Sulfur analyzer,



?LECO Nitrogen/Oxygen analyzer,



?Malvern Laser particle analyzer,



?Zeiss Metallographic microscope.



System Construction
Perfect After-Sale Service System







Excellent Quality Control System 






Advanced  Production and Testing Equipment



International Standardized Professional Workshop 






Service Policy



About Delivery and shipping                                 

1. For the products which we have raw material in stock.              

We can deliver the products within 7-10 days after the payment has been confirmed.

We will choose the shipping way as you required: By sea, by air, by express, etc. 

As for the costs and shipping period information, please contact us via telephone, mail or online trade manager.

2.For the products need to start from smelting               

We will finish the production within 20-25 days after the deposit has been confirmed. We will choose the shipping way as you required:  By sea, by air, by express, etc.

As for the costs and shipping period information, please contact us via telephone, mail or online trade manager.