A platform for research: civil engineering, architecture and urbanism
Castable for copper smelting chutes
The invention discloses a castable for copper smelting chutes. The castable comprises 35-45% of 3-1mm silicon carbide, 20-30% of 1-0mm silicon carbide, 0-6% of 0.088mm silicon carbide fine powder, 4-8% of 325 mesh silicon nitride fine powder, 4-6% of 80 mesh modified carbon fine powder, 0-5% of 0.088mm sintered mullite fine powder, 5-10% of aluminate cement, 3-5% of silica fume, 4-8% of alpha alumina micro-powder and 2.0-4.0% of a composite additive. The castable for copper smelting chutes has good metal corrosion erosion penetration resistance, so the copper smelting chutes obtained by using the castable have strong integrity and high service, and have a service life 5-6 times that of present products.
Castable for copper smelting chutes
The invention discloses a castable for copper smelting chutes. The castable comprises 35-45% of 3-1mm silicon carbide, 20-30% of 1-0mm silicon carbide, 0-6% of 0.088mm silicon carbide fine powder, 4-8% of 325 mesh silicon nitride fine powder, 4-6% of 80 mesh modified carbon fine powder, 0-5% of 0.088mm sintered mullite fine powder, 5-10% of aluminate cement, 3-5% of silica fume, 4-8% of alpha alumina micro-powder and 2.0-4.0% of a composite additive. The castable for copper smelting chutes has good metal corrosion erosion penetration resistance, so the copper smelting chutes obtained by using the castable have strong integrity and high service, and have a service life 5-6 times that of present products.
Castable for copper smelting chutes
ZHANG LIXIN (author) / LI HONGWEI (author) / WEI YAN (author) / WANG JIBAO (author)
2016-01-27
Patent
Electronic Resource
English
IPC:
C04B
Kalk
,
LIME
Preparation method of castable used for copper smelting chute
European Patent Office | 2015
|Mullite refractory castable for ultrahigh-temperature smelting
European Patent Office | 2020
|Impermeable and anti-erosion molten pool castable for aluminum smelting furnace
European Patent Office | 2023
|Online Contents | 2011