koslow TE-3000-HD - Page 9

9
ALLOY
TE
Chrome
Nickel
Moly
Copper
Vanadium
Tung.
Cobalt
Carbon
Iron
Other
M-50
130
4
4
1
91
M-7
140
4
8.75
2
1.75
84
MONEL 400
-225
66.5
31.5
2
3.73
MONEL 500
-275
66.5
29.5
0.13
0
0.2 Alum.
NAVAL BRASS
23
60
0
40 Zinc
NICKEL
-185
99.5
1
NIOBIUM
14
PHOS. BRONZE
23
95
0
5 Tin
SILVER/CU
45
10
0
90 Silver
TANTALUM
-3
TI CP
110
0
100 Titan.
TI 6AL. –4V
-46
4
96
6 Alum.
TIN
10
0
100 Tin
TI-PD
127
2
98 Titan.
TITANIUM/AL
-50
96 Titan.
TUNGSTEN
35
100
ZINC
56
0
100 Zinc
ZIRCONIUM702
96
100 Zircon.
ZIRCONIUM705
89
2.5Niob.
*ALLOY SEPARATIONS CHART
* TE Readings for reference only. Subject to customer’s independent evaluation and testing for
suitability. The TE readings in the above chart are reflective of actual results of metal samples, but may
not necessarily reflect results observed in the field. The readings included in this chart are intended to
be used as a reference to aid the instrument user in determining the efficacy of the Thermo-Electric
Method.
LIMITATIONS
Thermoelectric response is inherently a comparison method of identification because individual
elements cannot be quantitatively determined. Some alloys differ only slightly in one or two
elements and the change in voltage on the tester is too slight to produce a different reading.
Some alloys have elements in them which may offset one another to produce nearly identical
readings overall. Alloys of identical chemical makeup but with different physical hardness
structure usually have different readings.
Additionally, the thermoelectric response procedure cannot differentiate between Stainless
Steel 316 and 304. The Spotter 316 can do the job. For more information, check out
https://www.koslow.com/select_metal_test_kit.