![]() Please note Epsom salts can’t be used to Desulfate the batteries of large equipment. However, Epsom salts work well for the desulfation of batteries too. People add them into the bath water and soak themselves to relieve all kinds of pain. Typically, Epsom salts are used for relaxing muscles. Method 2: Epsom SaltsĮpsom salt refers to a chemical compound that includes magnesium, oxygen, and sulfur. The increased intensity causes the crystals to break just as efficiently as in high-power. Instead of varying the current or voltage, they adjust the amplitude and waves. However, you may find some models that use high frequency. These gadgets use the same short high-current pulses method. If you’re tech-savvy, it’s possible to build these circuits all by yourself and apply the current.īut, if that’s not something you prefer, hire a professional or purchase the best anti-sulfation devices in the market. This instantly breaks the accumulated sulfate from the plates. However, once constructed, the circuit sends 100Hz or 120 Hz powerful pulsating direct current. You’ll need to take care of a lot of things like the transformer rating, resonant frequency, and whatnot. The transformer & bridge rectifier circuit is a little complex. As a result, high-current pulses are generated. There’s also an integrated 555 IC timer and two transistors to intensify the IC timer’s output. This particular layout adjusts the amp output. The PWM circuit stands for pulse-width modulation circuit. Here are two circuits that are commonly used for the process: However, these electrical pulses should be optimized according to the extent of sulfation. As a result, the rhythmic resonance and high- current makes the crystals split. This is done while the battery is charging. The large sulfate crystals on the plates can be broken down by subjecting the battery to intermittent, high-current pulses. ![]() It’s recommendable to ask an expert or professional to use them. But, none are suitable for beginners.īelow, we have explained the two best ways to desulfate a battery. It’s true that there are different methods to perform it, and some may be easier than the rest. How to Desulfate a Battery?ĭesulfating a battery is not a simple process in any aspect. If the results are lower than 12.6-volts ( AGM battery) or 12.4-volts (starter battery), know that the battery is undercharged due to sulfation. Use it to find out the battery’s standing voltage. In this case, you can ensure the need for desulfation by doing a standing voltage test. This is when the battery has been left unattended for a little while. However, sometimes, the battery will show none of these signs. Here’s an example: Image Credit: impactbattery Large white patches will also start to appear on the battery’s exterior. You will notice a low current supply and high internal resistance. The need for desulfation is evident when the battery isn’t holding a complete charge or isn’t performing efficiently. ![]() But, it will not stop sulfation completely. In the case of permanent sulfation, the process will improve the battery performance. So, keep one thing in mind: desulfation can only help maintain a battery’s condition. At most times, you cannot even tell a sulfated and desulfated battery apart by looking at them. This is because a battery goes through constant sulfation when it’s used. While some are advanced and others old, none gives the guarantee of completely Desulfating a battery. There are different methods to desulfate a battery. You must perform it to lessen the negative impact of sulfation. It is the reverse process of sulfation, though it doesn’t occur naturally. Is It Possible to Completely Desulfate a Battery?ĭesulfation means the removal of sulfate. In case your battery starts developing permanent sulfation, one should not panic because the process is reversible through desulfation. It is not stored at high temperatures (above 75 degrees).So, it’s always important to keep a lead-acid battery in constant use. All this means your battery would no longer be efficient. You’ll notice excessive heating, loss of starting power, and a need for longer charging times. This causes the lead sulfate crystals to increase in size and become permanent.Īs a result, the battery capacity is reduced and a chain of problems is triggered. By this, we mean that the battery isn’t used for prolonged periods. The real trouble begins when you leave the battery unattended. However, they’re temporary and disperse during the battery recharge. It occurs every time the battery is in use. Sulfation is the natural chemical process where lead sulfate crystals build up on the surface. To understand desulfation, we should first know what sulfation is. Is It Possible to Completely Desulfate a Battery?.
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