FuseRing Details

Solid State Fusion and FuseRing in tandem are the natural evolution of pipeline construction.

(Based on Patent # U.S. 9,644,769 B1 and Patent Pending applications.)

Solid State Fusion process has an inherent restriction. One part has to rotate thus limiting joining pipeline to valves or any segment that is non linear.

FuseRing steps in and acts as an intermediary between two non rotatable objects. This enables the entire pipeline segment to be joined using one system of fusion.

Furthermore U.S. Patent Application pending enables any pipeline to be laid in one continuous motion eliminating multiple handle points.

Quality is obvious
Flawless seams seven out of seven tested in Cambridge, Ontario.
See pictures below of 6 rings and one vessel with corresponding supporting radiographic charts.

Ring Test Results:
The following pictures and supporting radiographic charts are test results from Cambridge, Ontario.

From left to right, rings 1– 4
Ring 1 radiographic chart
Ring 2 radiographic chart
Ring 3 radiographic chart
Ring 4 radiographic chart
Ring 4 radiographic chart
Ring 6 left, ring 5 right
Ring 5 radiographic chart
Ring 6 radiographic chart
Ring 6 radiographic chart

Vessel Test Results:
The following picture and supporting radiographic chart is the test result from Cambridge, Ontario.

Ring Vessel 7 for repeatability
Ring 7 vessel radiographic chart
Crystalline Structure uniform across base metal, HAZ and Fusion area.
Crystalline Structure uniform across base metal, HAZ and Fusion area.

Macroetch Evaluation Test Report
A random transverse section of the weld pipe was cut and prepared according to ASTM E3-11. The section was etched in 5% Nital and then examined at 10X magnification for general comments ao weld imperfections and evidence of lack of fusion.

Results
Examination of the specimen showed that the weld appeared to have no undercut, cracks or inclusions (refer to Figure 1). There was complete fusion observed throughout the weld. One void was observed in the weld metal slightly below mid-thickness on the inner diameter side measuring 0.33mm (refer to Figure 2).

Specimen examined at 6.3X, photo shown at approximately 6.3X. Etched in 5% Nital

Figure 1: Photomacrograph of the welded section with the location of the void indicated (refer to red box).

Specimen examined at 50X, photo shown at approximately 50X. Etched in 5% Nital

Figure 2: Higher magnification photomacrograph of the void observed in the weld metal.