Uma kuqhathaniswa nezitini ezijwayelekile zebhamuza le-alumina, izitini zethu zebhamuza ze-alumina ezingasindi kakhulu zinezici ezilandelayo:
Ukuminyana kwenqwaba ephansi. Uma kuqhathaniswa nezitini ezijwayelekile zebhamuza le-alumina ezinokuqukethwe okungu-99% kwe-AI2O3 kanye nokuminyana kwenqwaba okungenani okungu-1.5 g/cm3, izitini zebhamuza ze-alumina ezingasindi kakhulu zinganciphisa isisindo somzimba wesithando somlilo ngokwanele ukuze konge impahla, amandla kanye nezindleko;
Ukuzinza okungcono kokushaqeka okushisayo uma kuqhathaniswa nezitini zebhamuza ze-alumina ezijwayelekile ezinobuningi obungu-1.5 g/cm3 kanye ne-AI2O3≥99%;
I-thermal conductivity ephansi kakhulu, kuphela u-30% wemikhiqizo yendabuko, Ku-400 ℃, ukuqhutshwa kokushisa kwendawo eshisayo yesitini sebhamu le-alumina esinobuningi obungu-1.5g/cm3 kanye ne-AI2O3≥ 99% ngu-0.78w/(mK), kuyilapho conductivity ezishisayo kwesithando somlilo ohlangothini olushisayo Rongsheng sika
Isitini sebhamuza se-alumina esingasindi kakhulu singu-0.26w/(mK), futhi umphumela waso we-thermal insulation izikhathi ezingu-3 kunezomdabu. Ukusetshenziswa kwezitini zebhamuza ze-alumina ezingasindi ze-ultra-lightweight kungenza amazinga okushisa aphansi aseceleni abandayo ngaphansi kwemfuneko efanayo yokujiya kongqimba lwe-insulation kanye nangaphezulu.
ukonga amandla, noma ungqimba oluncanyana lokufakwa ngaphansi kwemfuneko efanayo yezinga lokushisa elibandayo.
Ingasetshenziswa ngokuqondile ongqimbeni olusebenzayo lwesithando somlilo, futhi inokumelana okuqinile nokuguguleka kwe-hydrogen fluoride esithandweni somlilo we-anode.
Ukubekezelela usayizi kungaphakathi kwe-0.05mm, ubukhulu bungenziwa ngokwezifiso ngokuya ngezidingo zamakhasimende.
Ukucaciswa
| Into | I-RS-KXQ1 |
| I-BD, (g/cm3) | ≤0.85 |
| I-CCS,(MPa) | ≥3 |
| TC,400℃(W/m ·K) | ≤0.26 |
| I-PLC (1500℃*6),% | ≤1.0 |
| I-Al2O3, % | ≥99％ |
