The density of the sound tube is more than 7.65 g/cm3. p;The maximum tensile strength is 480 MPa. p;The yield strength is 150 MPa. p;The elongation is 45%, and the maximum surface hardness is 100 HRB. MIM technology can reduce the cost by 20% compared with the traditional manufacture p;processes.
MIM technology can also be used to produce various parts of medical equipment.
Indo-MIM uses MIM technology to produce a hearing aid sound tube for Phonak, Germany, which has the effect of improving p;the sound rate and hearing.
This kind of hearing aid sound tube with complex shape can be obtained by sintering after MIM forming. In order to make the surface smooth, one glass bead sandblasting process must p;be followed.
The density of the sound tube is more than 7.65 g/cm3. p;The maximum tensile strength is 480 MPa. p;The yield strength is 150 MPa. p;The elongation is 45%, and the maximum surface hardness is 100 HRB. MIM technology can reduce the cost by 20% compared with the traditional manufacture p;processes.
MIM can also be used to produce many medical products, including interventional stents, radiation shielding of tungsten high density alloy syringes, microsurgical manipulators, micro-pump endoscope parts and drug inhalers.