Material for EM-Tec high precision super alloy tweezers
Order Material for EM-Tec high precision super alloy tweezers
The material used for manufacturing the EM-Tec high precision super alloy tweezers is a proprietary grade of a Ni-Cr-Mo super alloy.
It is used for the EM-Tec high precision super alloy tweezers:
- #50-004010 EM-Tec high precision super alloy tweezers, style 1
- #50-004020 EM-Tec high precision super alloy tweezers, style 2A
- #50-004030 EM-Tec high precision super alloy tweezers, style 3
- #50-004035 EM-Tec high precision super alloy tweezers, style 3C
- #50-004040 EM-Tec high precision super alloy tweezers, style 4
- #50-004050 EM-Tec high precision super alloy tweezers, style 5
- #50-004070 EM-Tec high precision super alloy tweezers, style 7
General remarks:
- Proprietary grade Ni-Cr-Mo super alloy
- Six times harder than anti-magnetic stainless steel
- Highest hardness at tweezers tips
- Excellent strength from room temperature to 800°C
- Excellent shape retention, resistant to fatigue
- Fully non-magnetic
- Excellent corrosion resistance to most chemicals, salts and acids
- Excellent wear resistance
- Generally used in harsh chemical environments, at elevated temperature and hard materials
- Typical applications include tweezers for microscopy, sample preparation, laboratory, medical and for aggressive chemical requirements
Properties of Ni-Cr-Mo super alloy
| Mechanical Properties | |
State |
50% cold reduction |
Density |
8.4 g/cm3 |
Hardness Rockwell C |
60-64 |
Tensile strength, ultimate |
1500 MPa |
Tensile strength, yield |
1250 MPa |
Elongation until break |
5% |
Modulus of Elasticity |
208 GPa |
Thermal Properties |
|
Coefficient of linear thermal expansion |
12.8 x 10-6 /°C (25-100°C) |
Coefficient of linear thermal expansion |
13.4 x 10-6/°C (25-300°C) |
Specific heat capacity |
0.41 J/(g.K) |
Thermal conductivity |
10W/(m.K) |
Continuous use (service) temperature |
600°C |
Maximum service temperature (short) |
980°C |
Electrical Properties |
|
Resistivity |
1.29 x 10-4 Ohm.cm |
TSB 50-004010 Material for EM-Tec high precision super alloy tweezers Revision 1
