Car Battery

Product Overview

We offer Low Maintenance Car Batteries made of a premium alloy composition imported from PASMINCO Australia. This amazingly special high-grade alloy provides extra strength and improved resistance to corrosion. These batteries are specially designed to satisfy the demand for low maintenance, less frequent top-ups and longer life. We provide these batteries at very reasonable price in the market. Product Features Well-designed 'Positive plates' provide maximum surface area for high power and voltage endurance. Special computerized design of the 'Negative Plates' provides perfect balance along with the positive, thus giving maximum performance. Rugged POLYPROPYLENE containers assist in high impact resistance. Fine pores of polyethylene envelopes separators help in the free electrolyte movement between the positive and the negative plates. This enhances the cold cranking ability of the battery. Problems of internal short-circuits are also eliminated easily. The unique thorough partition, resistance welded Intercell connections, dramatically shortens the power path and minimizes voltage drop on cranking. The heavy-duty plate density provides increased plate strength. A special chemical formulation drastically reduce

7nd Year

Contact Person Mr. Anil Haibatpure

Bandra Kurla Complex, Bandra East,

Product Description

We offer Low Maintenance Car Batteries made of a premium alloy composition imported from PASMINCO Australia. This amazingly special high-grade alloy provides extra strength and improved resistance to corrosion. These batteries are specially designed to satisfy the demand for low maintenance, less frequent top-ups and longer life. We provide these batteries at very reasonable price in the market. Product Features Well-designed 'Positive plates' provide maximum surface area for high power and voltage endurance. Special computerized design of the 'Negative Plates' provides perfect balance along with the positive, thus giving maximum performance. Rugged POLYPROPYLENE containers assist in high impact resistance. Fine pores of polyethylene envelopes separators help in the free electrolyte movement between the positive and the negative plates. This enhances the cold cranking ability of the battery. Problems of internal short-circuits are also eliminated easily. The unique thorough partition, resistance welded Intercell connections, dramatically shortens the power path and minimizes voltage drop on cranking. The heavy-duty plate density provides increased plate strength. A special chemical formulation drastically reduce