Ambrane India introduces its latest high capacity ‘P-1144 10000mAh Power Bank’ exclusively on Amazon.in. Designed with compact looks, the Power Bank offers customers long lasting battery support anytime, anywhere at MOP of Rs.799/-Customers can purchase the power bank in shades of black and get a 1-year warranty on Amazon.in
‘P-1144’ the Lithium-ion Power Bank combines aesthetics with performance and is small & light enough with its rubberized looks for a firm grip for use on-the-go. The high capacity bank offers two USB Ports – 2.1A port and 1A port, allowing customers to charge two devices at the same time.
The Micro USB Port in the centre is the speedy solution, both for charging itself up and charging multiple devices. Designed for heavy users, customers can expect two to three times full charge cycle for smartphones. It also supports smart charging and is compatible with multiple devices. The power bank also has a torch and charging indicator which further adds to its benefits.
Speaking on the collaboration, Ashok Rajpal, Director – Ambrane India says, “We are glad to associate with Amazon India. It shall give Ambrane fans more options to purchase Ambrane products, enabling a very strong outreach for our products at Pan India Level.”
“We are excited to increase our selection of power banks through the exclusive launch of P-1144 Power Bank by Ambrane India on Amazon.in. Customers can use this high-performance power bank and keep their devices fully charged on-the-go. We are constantly striving to bring the new & innovative selection for customers on Amazon.in and delight them with an unparalleled shopping experience” said Nishant Sardana, Category Leader – Smartphones & Consumer Electronics, Amazon India.
The P-1144 power bank is not only efficient but intuitive as well. Its multiple chipset protection provides better security features. Crafted with safety in mind, the device monitors output current and shuts off when current exceeds the maximum limit to protect the device. Furthermore, the device is well protected from high temperatures, short circuits, over discharge and electromagnetic fields.