Anti-aging three-way catalyst
A three-way catalytic converter and catalytic converter technology, applied in the direction of engine components, machines/engines, mechanical equipment, etc., can solve the problems of aging and scrap, catalyst support with multiple sintering points, high-temperature sintering, etc., to prevent excessive temperature and inhibit sintering. effect of the phenomenon
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Embodiment 1
[0013] exist figure 1 In the shown embodiment one, the anti-aging three-way catalytic converter includes a catalytic converter main pipe 1, the front end of the catalytic converter main pipe 1 is connected to the intake pipe 2, and the rear end is connected to the air outlet pipe 3; the catalytic converter main pipe 1 is provided with Cylindrical catalyst support 4, the internal structure of the catalyst support 4 is honeycomb, and the catalyst support 4 is coated with a three-way catalyst; the catalyst support 4 is fixed inside the catalytic converter main pipe 1; a rotating shaft is fixed on the axis of the catalyst support 4 50, the rotating shaft 50 extends to the front end of the catalyst bracket 4, and a steam turbine 5 arranged at the front end of the catalyst bracket 4 is pivoted through the rotating shaft 50. The structure of the steam turbine 5 can be consistent with that of the steam turbine, and can be used in automobile exhaust It rotates around the rotating shaft...
Embodiment 2
[0017] for figure 2 The difference between the illustrated embodiment two and the first embodiment is that the steam wheel 5 and the catalyst support 4 are relatively fixed and integrated; and the common rotating shaft 50 of the steam wheel 5 and the catalyst support 4 is erected by a bearing On the ventilation bracket 7 in the catalytic converter main pipe 1; the ventilation bracket 7 is provided with one at both ends of the rotating shaft 50; on the catalytic converter main pipe 1, a section of pipe between the two ventilation brackets 7 The wall is composed of a heat-deformable metal tube 11 whose thermal deformation capacity is greater than that of the catalyst support 4; below 600°C, the peripheral surface of the catalyst support 4 is in contact with the inner wall of the heat-deformable metal tube 11; above 600°C, The thermally deformable metal tube 11 expands to form a gap between its inner wall and the peripheral surface of the catalyst support 4 . Generally, the rea...
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