HomeStore
Sun Flame MRM103-SBL Solar Powered Metal Strap Elegant Design Water Resistant Eco-Friendly Timepiece
Sun Flame MRM103-SBL Solar Powered Metal Strap Elegant Design Water Resistant Eco-Friendly Timepiece
| Product Highlights | |
| Approximately 4 months of operation after a full charge ● Japanese-made movement ● Alloy case ● The solar panel positioned in the movement charges the charging components with the power generated from the light it receives. 3 ATM water resistance, suitable for everyday life, waterproof to the extent of splashes. | |
| Product Overview | |
| ● Japanese-made movement ● Alloy case ● The solar panel positioned in the movement charges the charging components with the power generated from the light it receives. |
$8.49
Original: $24.27
-65%Sun Flame MRM103-SBL Solar Powered Metal Strap Elegant Design Water Resistant Eco-Friendly Timepiece—
$24.27
$8.49More Images
Sun Flame MRM103-SBL Solar Powered Metal Strap Elegant Design Water Resistant Eco-Friendly Timepiece
| Product Highlights | |
| Approximately 4 months of operation after a full charge ● Japanese-made movement ● Alloy case ● The solar panel positioned in the movement charges the charging components with the power generated from the light it receives. 3 ATM water resistance, suitable for everyday life, waterproof to the extent of splashes. | |
| Product Overview | |
| ● Japanese-made movement ● Alloy case ● The solar panel positioned in the movement charges the charging components with the power generated from the light it receives. |
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
| Product Highlights | |
| Approximately 4 months of operation after a full charge ● Japanese-made movement ● Alloy case ● The solar panel positioned in the movement charges the charging components with the power generated from the light it receives. 3 ATM water resistance, suitable for everyday life, waterproof to the extent of splashes. | |
| Product Overview | |
| ● Japanese-made movement ● Alloy case ● The solar panel positioned in the movement charges the charging components with the power generated from the light it receives. |
