KXCType library bottom chute
The bottom chute is used for gasification of the ash storage silo of the dry ash system and is usually arranged at the bottom of the silo.The heated air enters the ash silo through the chute at the bottom of the silo, and increases the fluidity of the material through gasification, thereby ensuring that the material flows smoothly to the discharge port.
illustrate:
(1) Determine the layout combination of the chute at the bottom of the warehouse based on the design length L.
(2) Various types of gasification box (including round) devices can also be provided according to user requirements.
(3) Various gasification tanks or gasification boxes (including round ones) can be produced according to customers' specific requirements.
Technical specifications for sales of gasification equipment:
1. Material SiC
2. Specific gravity: 2.1 g/cubic centimeter
3. Porosity 48-48.5%
4. Micropore size: 40-60 microns
5. Heat resistance: < 400℃
6. Compressive strength: ≥ 810 kg/cm²
7. Breaking strength: ≥ 235 kg/cm2
8. Surface treatment requirements: Smooth surface, no dirt, and even ventilation.
Appearance and installation dimensions:
KXCType library bottom chute
The bottom chute is used for gasification of the ash storage silo of the dry ash system and is usually arranged at the bottom of the silo.The heated air enters the ash silo through the chute at the bottom of the silo, and increases the fluidity of the material through gasification, thereby ensuring that the material flows smoothly to the discharge port.
illustrate:
(1) Determine the layout combination of the chute at the bottom of the warehouse based on the design length L.
(2) Various types of gasification box (including round) devices can also be provided according to user requirements.
(3) Various gasification tanks or gasification boxes (including round ones) can be produced according to customers' specific requirements.
Technical specifications for sales of gasification equipment:
1. Material SiC
2. Specific gravity: 2.1 g/cubic centimeter
3. Porosity 48-48.5%
4. Micropore size: 40-60 microns
5. Heat resistance: < 400℃
6. Compressive strength: ≥ 810 kg/cm²
7. Breaking strength: ≥ 235 kg/cm2
8. Surface treatment requirements: Smooth surface, no dirt, and even ventilation.
Appearance and installation dimensions:
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