I-Anode eBaked Pre-Baking Anode yeAluminiyam Electrolysis

I-Anode e-Pre-Baking ye-Anode ye-Aluminiyam yoMbane we-Aluminiyam eFakelwe umfanekiso

Inkcazelo emfutshane:

Thumela i-imeyile kuthi Khuphela njengePDF

Iinkcukacha zeMveliso

Iithegi zeMveliso

I-advanteji :
I-1.CO2 Reactivity Residue inokufikelela ngaphezulu kwe-91%, i-Air Reactivity inokufikelela ngaphezulu kwe-96%; ubude bobomi kwiiseli ze-aluminium electrolysis yi-30-33days.

I-2.Ukumelana nokutshatyalaliswa kwe-thermal
I-Thermal Exposure : <4*10
I-Heat Conductive : <3W/mkl

3.uxinzelelo oluphezulu lwangoku
uxinano lwangoku : > 0.8A/cm2
4.uMbane ophantsi we-Resistivity
Ukuxhathisa koMbane : 55-56μΩm

INGCACISO YE-ANODE

Uthotho	IPROPATI	Iyunithi	Indlela eqhelekileyo	Uluhlu
1	Uxinaniso lokwenyani	g/cm3	ISO 8004	2 imiz
2	Uxinzelelo olubonakalayo	g/cm3	ISO 12985	1.52-1.58
3	Ukungena komoya	npm	ISO 15906	0.5-1.5
5	Amandla acinezelayo	N/mm2	ISO 18515	40-48
6	Abaselula module	Gpa	ISO 12989	4-5.5
7	Amandla e-Flexural	N/mm2	ISO 12986	8 – 10
8	Spe. Elec. Ukuchasa	µΩm	ISO 11713	55-62
9	Cof. Lin . Thermal	µm/(km)	ISO 14420	3.75-4.5
10	I-Thermal Conductivity	W/(km)	ISO 129087	3-4.5
11	ASH	%	ISO 8005	0.5 Ubuninzi
12	Air Reactivity intsalela uthuli Ilahlekile	% % %	ISO 12989-1	75 – 85 4 – 8 10 – 20
13	Co2 Reactivity intsalela uthuli ilahlekile	% % %	ISO 12988-1	84 – 95 3 – 8 6 – 14
14	Izinto S V Fe F Ca Al Ni SI	% ppm // // // // //	I-ASTM D6376	0.5 - 2.5 30 – 320 100 - 600 150 - 600 50 - 200 150 - 600 40 – 200 50 - 300