Duracell U.s.a. DURMN1300R4Z D Alkaline Battery 4 Pack

Product Description

The DURACELL U.S.A. DURMN1300R4Z is a pack of four D-size alkaline batteries engineered for consistent, long-lasting power in high-drain and everyday household devices. Built with Duralock Power Preserve Technology, these batteries retain their charge for up to 10 years in storage, making them a reliable choice to keep on hand for urgent or seasonal needs. Each cell uses a durable alkaline chemistry suited to the sustained current demands of devices that draw steady power over extended periods. This four-pack is sold as a single unit of measure and is a standard stocking item for maintenance supply, facility management, and field service kits.

These D-size batteries are designed for use in toys, flashlights, remote controls, calculators, clocks, and radios. The D cell format is common in high-current applications where larger capacity is needed compared to AA or AAA sizes. Facility technicians, electricians stocking job-site kits, and property maintenance teams routinely keep D-size batteries on hand for emergency lighting, battery-operated equipment, and portable tools that require this cell size.

Key Features

• Duralock Power Preserve Technology maintains charge for up to 10 years in storage
• D-size alkaline chemistry delivers sustained current for high-drain devices
• Pack of 4 cells sold per package
• Suitable for toys, flashlights, clocks, radios, calculators, and remote controls
• Non-hazardous classification per supplier data

Compatibility

Designed as a standard D-size alkaline replacement cell compatible with any device requiring a 1.5-volt D-size battery.

Installation Notes

D-size batteries should be installed by matching polarity markings inside the battery compartment. Remove and dispose of depleted batteries promptly to prevent leakage that can damage device contacts. Do not mix old and new batteries or mix alkaline cells with other battery chemistries in the same device. Store unused batteries in a cool, dry location away from metal objects that could cause short-circuiting.