Quality Substrate Material
The titanium substrate of the anode is selected according to ASTM B265 Grade 1 standard requirements.
Excellent Resistance in Acidic Medium
Ir-Ta catalyzed coating on the surface creates a low resistance for improved anode performances. They can be used in sand with various levels of moisture and salt content without any carbon filling materials required.
Dimensional Stability
Because the titanium substrate is naturally passivated by an oxidizing film, the ribbon anode remains dimensionally stable over time. Direct current transfer is accomplished through the mixed metal oxide catalyst which is highly conductive, and fully oxidized so that higher current outputs are achievable.
Electrochemical Properties
| Item No. | Electrical Resistance | Current Density | Current Output | |||
| For 20 yrs. | For 30 yrs. | For 40 yrs. | For 50 yrs. | |||
| JA–MMO–R01 | 0.45 Ω/ft. (0.14 Ω/m) | 0.278 A/ft² (3.0 A/m²) | 32 mA/ft. (105 mA/m) | 21 mA/ft. (70 mA/m) | 16 mA/ft. (53 mA/m) | 5.2 mA/ft. (17 mA/m) |
| JA–MMO–R02 | 0.021 Ω/ft. (0.07 Ω/m) | 64 mA/ft. (210 mA/m) | 43 mA/ft. (140 mA/m) | 32 mA/ft. (105 mA/m) | 25.6 mA/ft. (86 mA/m) | |
Specification
| Item No. | Width | Thickness | Cross Section | Surface Area | Coil Length | Weight |
| JA–MMO–R01 | 1/4” (6.3 mm) | 0.025” (0.635 mm) | 0.006” (4.03 m㎡) | 0.014 ㎡/m | 500 ft. (152 m) | 6.2 lbs (2.8 kg) |
| JA–MMO–R02 | 1/2” (12.7 mm) | 0.025” (0.635 mm) | 0.012” (8.06 m㎡) | 0.027 ㎡/m | 500 ft. (152 m) | 12.3 lbs (5.6 kg) |
