Maxell 391 SR1120W 1.55V Silver Oxide Watch and 50 similar items

Fresh Date Codes Best Prices maxell 391 SR1120W 1.55V Silver Oxide Watch Battery (2 Batteries) - EXP 2020 BUY NOW Overview maxell is the first company in Japan to successfully market button-type silver oxide batteries and has many years of experience and know-how. Also, in consideration of the environment, all products are designed to use zero mercury. Button-type silver oxide batteries are characterized by high energy per unit volume and stable operating voltage. As a result, they are used as a power source for applications such as quartz watches, and in recent years their use has expanded to medical devices and BLE devices. Features ? Stable discharge characteristics ? High-energy density ? Volume 100% leakage resistance prevents damage to your watch or other specialty electronic ? Zero mercury ? 1.55V Stable discharge characteristics A discharge curve during discharge supplies a stable voltage until the end of the discharge life. Excellent discharge load characteristics Alkaline electrolyte is used to provide excellent discharge load characteristics. Depending on the composition of the electrolyte, two models are available; a low-drain type (SW type) for analog watches and a high-drain type (W type) for multi-function watches (which incorporate an alarm and a light), medical equipment, etc. Superior leakage* resistance Featuring maxell's original leak-resistant processing, the SR battery has excellent leakage resistance, which suppresses the electrolyte from rising up and seeping out ? a basic phenomenon of alkaline electrolytes. (* Leakage is defined as an unintended escape of liquid from a battery.) Taking environment in consideration As one of its measures to reduce the environmental impact, maxell draws upon its original technology to realize longer-lasting, superior leakage-resistant characteristics without using mercury and lead. Applications ? Analog watches ? Digital watches ? Measuring instruments ? Calculators ? Medical instruments ? BLE devices maxell Watch Battery Button Cell SR1120 391. maxell is a worldwide leader in small electronics batteries. maxell offers a full line of Watch Electronic Specialty Batteries for applications used in precision engineering tools to power a wide variety of small electronic devices. maxell batteries are used in home health devices such as glucose monitors, blood pressure cuffs and digital ear thermometers. Also, button cells can be used in keyless remote entry systems for cars and homes. Hand held electronic devices also use batteries in calculators, watches, photo camera, computers, audio books, games, toys and more. A Cross-reference information guide is included in each order. Made in Japan. maxell is the first company in Japan to successfully market button-type silver oxide batteries. Based on many years of experience and know-how in various fields, the SR battery is suitable for precision electronic devices such as quartz watches, where high-energy density per unit volume and a stable operating voltage are required. Various product lineups are available to meet the growing need for supplying power to various types of watches, ranging from large to compact, thin models. Zero-mercury, zero-lead added types are also available. 1.55 volt Lightweight, Stable Discharge Leakage Resistance Design SHOP BY BRAND SHOP BY SIZE 315 317 319 321 329 335 337 341 344 346 348 357/303 361 362 364 364/363 365 366 370 371 373 376 377 379 386 386/301 389 389/390 391 391/381 392/384 393 394 395 396 397 399 SEE OUR OTHER ITEMS See our other items PAYMENT International Buyers - If you require delivery in a specific time frame and delivery information we strongly recommend you select "International Express Mail" or "EMS" during checkout as it includes tracking information for most locations worldwide. USPS First Class International Mail does NOT include tracking information. Please allow up to 18 business days for delivery after package has left the U.S. Some locations such as Brasil, Spain, Greece, Italy, and Russia can take (description exceeds maximum possible length)