Domestic pure titanium rod TA2 density high temperature resistance

Kyoto sells domestic pure titanium rods with high density and high temperature resistance
Alloy theory and classification of titanium and titanium alloys in Kyoto:
Titanium metal can be divided into pure titanium,
alloy,
+
r
Alloys and
r
Four major categories of alloys. Pure titanium has a
r( )
lattice structure
r(
phase
r)
at room temperature, and metamorphoses into a solid state at about
℃ Centroid
()
Structure
r(
Phase
r)
, this temperature is called
r
transformation point . Adding different alloying elements and different amounts to pure titanium will change the
r
transformation point position, causing the emergence of
+
r
two-phase regions.
The titanium alloy after alloy addition is a single
phase at normal temperature, which is called
alloy. At normal temperature, it is
+
r
phase.
+
r
Alloys that are in the
r
phase at room temperature are called
r
alloys.
Alloy
Alloy is a single-phase alloy formed by solid solution of
phase stabilizing elements and neutral elements in the
phase, with
r
the most Typically, this type of alloy has stable high and low temperature properties, good ductility and resistance to latent degeneration.
＋
r
Alloy
＋
r
In the alloy, the contents of the
and
r
phases are affected by
Stabilizing elements and
r
Stabilizing elements have a great influence and have significant differences in performance.
r
The alloy with less phase content behaves like
alloy, and conversely
The alloy with less phase content behaves like
r
alloy.
+
r
The most representative alloy is
.
r
Those with higher phase content include
and
etc.
The usage accounts for about
of all titanium alloy usage.

Alloy

The alloy has a quasi-stable body-centered cubic packing
r(B)
structure at room temperature, which is a single
r
Phase alloy. The cold processability of this type of alloy
is better than that of
+
r
alloy. After age hardening treatment, the tensile strength can reach
and the yield strength can reach< br/>. Representative alloys of this type include
,
and
r-
.
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