Best Tadiran 9V Batteries in 2022

Tadiran 9V Batteries - Lithium Thionyl Chloride Vs Tadiran 9V Batteries

There are many differences between Lithium Thionyl Chloride batteries and Tadiran 9V Batteries. Tadiran cells have smaller openings and deliver Medium to Low flow rates over longer periods of time. This makes them more suitable for microamp discharge applications and can last up to 40 years in some cases. Self discharge is an important factor when powering applications over an extended period of time. Lower self discharge equals longer battery life.

Tadiran cells

There are two primary types of lithium batteries, and the main difference between the two is the amount of power they can provide. Lithium Thionyl Chloride (Li/SOCl2) Cells are the most common, and can provide power for decades. Tadiran cells are smaller and have smaller openings, making them better suited to applications with microamp discharge. These batteries are also known to operate in devices for over 40 years, making them ideal for such applications.

Lithium-Thionyl-Chloride (LTC) batteries from Tadiran have the lowest self discharge rate of any lithium battery available. They also have the longest operation life of any type of lithium battery on the market. The iXtra series, TRR series, and XOL series have long operating lives. The XOL series is perfect for memory back-up in computers, and its wide operating temperature range and terminal voltage help prolong its life.

The Tadiran 2/3AA lithium batteries are rated at 3.6V and have PCB pins that are spaced at 10mm. The new iXtra series builds on the Xtra series and outperforms competitors. They are only available in Australia and are not eligible for Express post or Express shipping. However, Tadiran batteries are worth a try. Just make sure you have a good amount of spare money to spare.

Lithium-Thyonyl-Cloride batteries from Tadiran are ideal for extreme conditions. The high-quality parts in Tadiran batteries allow them to meet or exceed the specifications of the original equipment manufacturer. Lithium-Thyonyl-Cl2 batteries can operate for more than 20 years under the most demanding conditions. Tadiran Lithium batteries come in a wide range of voltages to suit the needs of most applications.

Tadiran SL-760 Lithium Thionyl Chloride battery

The Tadiran SL-760 Lithionyl Chloride battery is an AA-sized lithium cell that offers enhanced start and intermittent discharge over the SL-300 series. Designed for memory back-up in a variety of computer devices, this battery is also used in sensors and alarm systems. Its high capacity makes it a popular choice for use in many types of applications.

This non-rechargeable lithium cell has high energy density and terminal voltage. Its case is hermetically sealed to protect it from air. In addition, it has a wide operating temperature range. Tadiran batteries come with axial, radial, and polarised pins for use in a variety of applications. Moreover, they can be supplied with tags.

The SL-760 Lithium ThionYl Chloride battery is available in a variety of sizes and designs. Despite its variety of sizes and designs, Lithium Thionyl Chloride batteries all share the same core properties. Cells are typically constructed using the "Bobbin-type" construction, which enables the battery to be safe even during use. These batteries can deliver two Amperes of current. Tadiran is a trusted source for dependable Lithium Thionyl Chloride batteries.

To extend the life of a Lithium Thionyl Chlorides battery, keep it dry and cool. Don't expose it to heat or direct sunlight. High temperatures can cause the battery to rupture or leak and degrade its performance. Also, store the battery in its original packaging. Unlike other batteries, Lithium Thionyl Chloride batteries are sensitive to humidity. Hence, it's advisable to store your Tadiran SL-760 Lithium Thionyl Chloride battery in its original packaging.

If a Lithium Thionyl Chlorides battery breaks, the material inside it contains dangerous gases. People who are exposed to these gases should immediately evacuate the area. Wear protective clothing and eye wash stations. Immediately seek medical attention if you are exposed to battery fumes. If possible, remove contaminated clothing and stay in a half-upright position for 15 minutes.

Unlike other primary lithium cells, Lithium Thionyl Chlorides have an impressive shelf life, with a self-discharge rate of just 1% per year. Lithium Thionyl Chloride batteries are also known for their high energy density, with up to 710 watt hours per kg. This makes them the ideal choice for applications where power consumption is low.



Andrew James

President and CTO of Lithium Battery Engineering, which provides consulting services, does SBIRs, commercial R&D, design and prototype manufacturing. Clients include lithium ion cell and battery manufacturing companies, component producers, battery end users and investment companies. Technical experience includes lithium ion, lithium polymer, lithium metal, chemical super capacitors, coating, cell design and manufacturing and battery design and assembly. Experienced in strategic planning, marketing and market development, financial analysis and manufacturing, including plant design and construction, start-up, process scale-up and operation. Working to commercialize Freya Energy's TAZZD safety separator which protects lithium ion cells from overcharge, overheating and physical damage, Battelle's conformal/structural celland a higher energy density cell through the synergistic combination of commercial materials. Extensive industrial experience ranging from NASA and venture companies to smokestack industries. Proven expertise in general management, finance, sales/marketing, contracts and investor relations as well as scientific, technical and manufacturing areas. Demonstrated managerial capability, problem solver and effective motivator based on respect. Team player, manage by leading, coaching and teaching rather than directing. International experience.

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