In all fields of engineering, designers, fabricators and end users are looking for improved performance from products and processes. More than ever before, relevant information is needed on alloys with higher strength, alloys with superior corrosion resistance and other desirable combinations of properties. Titanium, still considered by many to be a newcomer to the industrial scene, is today regularly supplied by a large number of producers and fabricators. Titanium is not an 'exotic' metal, it is the fourth most abundant structural metal in the earth's crust, and the ninth industrial metal. No other engineering metal has risen so swiftly to a position of pre-eminence in such a wide range of critical and demanding applications.

MATERIALS				CHEMICAL ANALYSIS
Grade	ASTM	UNS	W.N.	C% max	N% max	H% max	O% max	Fe% max	Ti%	Ni%	Mo%	Pd%
Titanium Gr.1	B265	R50250	3.7025	0,08	0,03	0,015	0,18	0,20	balance	-	-	-
Titanium Gr.2	B265	R50400	3.7035	0,10	0,03	0,015	0,25	0,30	balance	0,1	-	-
Titanium Gr.3	B265	R50550	3.7055	0,08	0,05	0,015	0,35	0,30	balance	-	-	-
Titanium Gr.7	B265	R52400	3.7235	0,08	0,03	0,015	0,25	0,30	balance	-	-	0,12-0,25
Titanium Gr.12	B265	R53400	-	0,08	0,03	0,015	0,25	0,30	balance	0,6-0,9	0,2-0,4	-