Immediate Actions for a Wet Charging Port
When your phone charger port becomes wet, the immediate response dictates the future health of your device. Water ingress into electronic components, especially charging ports, can lead to corrosion, short circuits, and permanent damage if not handled promptly and correctly. The primary goal is to remove all visible moisture and prevent any electrical current from flowing through the damp port until it is completely dry.
- Power off the device immediately if wet.
- Do not attempt to charge the phone.
- Gently shake water out of the port.
- Avoid inserting foreign objects.
The first and most critical step is to power down your smartphone. This prevents any electrical activity that could cause a short circuit while moisture is present. If the phone was already charging when it got wet, disconnect the charger cable immediately. Never attempt to charge a device that has a wet charging port, as this is the most common way to cause irreparable damage. After powering down, hold the phone with the charging port facing downwards and gently shake it to dislodge any loose water droplets. Avoid vigorous shaking, which could push water further into the device.
Understanding the immediate risks sets the stage for proper drying. The charging port is a gateway to your phone's internal circuitry. Any moisture allowed to persist can lead to copper oxidation on the pins, creating a resistive connection that hinders charging or, in worse cases, a complete electrical failure. Swift, careful intervention is your best defense.
Assess the situation without delay.
Initial Steps: Power Down and Drain
As soon as you realize your phone charger port is wet, power off the device. This is not optional; it's a fundamental safety measure to protect the internal components. If your phone has a removable battery, taking it out can help prevent further damage, but most modern smartphones do not allow this. Once powered off, orient the phone so the charging port is facing downward. A gentle tap or shake against your palm can help gravity pull out pooled liquid. Be cautious not to dislodge any internal components with excessive force. The goal here is simple removal of surface water, not a deep clean.
The concern extends beyond the port itself. Water can travel along the connector pins and seep into the phone's internal structure. Therefore, ensuring the phone is powered off and preventing any charging attempts are paramount. Think of it as preventing a fire before it starts; the presence of water and electricity is the ignition source.
Safe Drying Techniques: What to Do
Once you've powered down the device and removed any visible water, the next phase involves careful drying. This process requires patience and the use of appropriate methods that won't introduce new risks. The objective is to draw out remaining moisture without damaging the delicate pins inside the charging port or the surrounding phone casing. Common household items can be surprisingly effective, provided they are used correctly and with caution.
Choose your drying method deliberately.
Air Drying and Ventilation
The most straightforward and often safest method is natural air drying. Place the phone in a well-ventilated area, ideally with gentle airflow. You can position it so the charging port is exposed to the air. Some users opt to place the phone near a fan (on a low setting, not blowing directly into the port) or in a room with good circulation. This method relies on evaporation and is safe but can take a significant amount of time, potentially 24 to 48 hours, depending on humidity levels and how much water was present.
This extended drying period is crucial. Even if the port feels dry to the touch externally, residual moisture deep within can still cause problems. Patience is key; rushing the process by attempting to charge too soon is a common mistake that leads to further damage. Allowing ample time for evaporation ensures the port is truly dry.
Using Desiccants (Silica Gel)
Desiccants are materials that absorb moisture from the air. The small packets often found in new shoe boxes or electronics packaging contain silica gel, which is highly effective at drawing out moisture. A popular method involves placing the water-affected phone and a generous amount of silica gel packets in an airtight container or a sealed plastic bag. Leave the phone in this environment for at least 24 to 48 hours. The silica gel will actively absorb any ambient moisture, helping to dry out the phone's charging port and interior.
If you don't have silica gel packets readily available, uncooked rice is sometimes suggested. However, rice is less effective than silica gel and poses a risk of dust or small particles entering the port, which can cause additional issues. Therefore, silica gel is the preferred desiccant if available. The principle is to create a dry environment that encourages any trapped moisture to evaporate from the phone and be absorbed by the desiccant.
Place the phone in a sealed bag with silica gel packets, ensuring the charging port is unobstructed and facing towards the desiccant. Consider using a small, dry cotton swab or a similar soft tool to gently dab around the port's exterior, but never insert anything deep inside.
Gentle Heat Application (with extreme caution)
While direct heat is generally discouraged, very gentle, indirect warmth can sometimes aid evaporation. Placing the phone in a warm, dry room or using a low-heat setting on a hairdryer held at a considerable distance (at least 12 inches away, on the coolest setting) might help. The goal is to slightly increase the rate of evaporation, not to bake the phone. Excessive heat can damage the battery, screen, or internal adhesives. Never apply high heat directly to the charging port or phone.
This method is considered a secondary option due to the inherent risks. If you choose to use a hairdryer, ensure it is on the lowest, coolest setting and held far away. The airflow should be directed generally towards the phone's exterior, not forced into the port. Its primary purpose is to circulate air and slightly warm the environment, encouraging moisture to leave the port.
Methods to Avoid: What NOT to Do
When dealing with a wet phone charger port, certain common 'fixes' can do more harm than good. Avoiding these pitfalls is as important as employing the correct drying techniques. The delicate nature of smartphone components means that aggressive or inappropriate actions can easily lead to permanent damage, rendering your phone unusable or requiring costly repairs. Understanding these common mistakes can save your device.
Recognize and avoid damaging actions.
Never Insert Objects into the Port
One of the most critical rules is to never insert anything into the charging port to dry it. This includes cotton swabs, paper towels, toothpicks, needles, or any other object. These items can easily break off, leaving debris inside the port. More importantly, they can bend, break, or otherwise damage the tiny, sensitive pins that make electrical contact for charging. The charging port is a precision component, and physical manipulation with foreign objects is a direct route to hardware failure. This is a primary reason why many phones report 'liquid detected' even after they appear dry; internal damage to the pins has occurred.
The internal structure of a USB-C or Lightning port consists of very fine, delicate metal contacts. Applying pressure, scraping, or poking can misalign or snap these pins. Even a seemingly soft item like a cotton swab can snag and pull on a pin. If you notice any debris or lint in the port before it got wet, that's a separate cleaning issue that requires specialized tools or professional attention; never use improvised tools when it's already compromised by water.
Avoid High Heat and Compressed Air
Applying high heat, such as from a microwave, oven, or prolonged direct exposure to a hot surface, will undoubtedly damage your phone's battery, screen, and internal components. Similarly, using compressed air cans directly into the charging port is a bad idea. The propellant in compressed air can be extremely cold, potentially causing thermal shock and condensation inside the device. Moreover, the high pressure can force water deeper into the phone or damage the port's internal structure. Gentle, indirect airflow from a fan is vastly different from the concentrated, powerful blast of compressed air.
The temptation to use compressed air is understandable, as it seems like a quick way to blow out moisture. However, the force and potential temperature fluctuations are too risky for sensitive electronics. Think of the port as a delicate electrical socket; you wouldn't blast it with a high-pressure hose or a heat gun. The same principle applies here, emphasizing gentle evaporation and passive drying over forceful intervention.
Do Not Use Liquids for Cleaning
Never use cleaning sprays, alcohol, or any other liquid directly on or in the charging port to 'clean' it after it has been wet. While some specialized electronic cleaning solutions exist for circuit boards, they are not for user application directly into a port that has just been exposed to water. Introducing more liquids, especially conductive ones, can exacerbate the short-circuit risk or introduce new contaminants. The goal is to remove moisture, not add more or use chemicals that could react with water and metal.
The primary concern is introducing conductivity where there should be none, or introducing corrosive agents. Even isopropyl alcohol, often used for cleaning electronics, should be used with extreme care and only when completely dry, typically by professionals. For a wet port scenario, stick to passive drying methods. Your phone's warranty will likely be voided by any liquid damage, and attempting to clean it with other liquids will only complicate matters.
Checking if the Phone Charger Port is Dry
Determining when your phone's charging port is sufficiently dry is a crucial step before attempting to charge it or reconnect it to power. Attempting to charge a still-damp port can lead to the very damage you are trying to prevent. Modern smartphones often have built-in sensors that detect moisture and will display a warning, preventing charging. However, relying solely on these indicators or your own visual inspection isn't always enough. A thorough assessment is required.
Verify dryness meticulously.
Visual and Sensory Inspection
Begin with a careful visual inspection. Use a bright light (like your phone's flashlight or a small LED) to look directly into the charging port. Check for any visible moisture, condensation, or discoloration on the pins. The pins should appear clean and metallic. If you see any cloudiness, residue, or water droplets, the port is not yet dry. Feel the area around the port; it should not feel cool or damp. While you cannot physically touch the internal components, this external feel can be an indicator of internal moisture.
This direct observation is your first line of defense. However, it's limited. You might not see very small amounts of moisture trapped within the port's crevices or deeper within the device that connects to the port. Therefore, visual inspection should always be combined with other methods and a generous waiting period.
The 'No Moisture Detected' Warning
Many recent smartphones, particularly iPhones and many Android models, have integrated circuitry designed to detect moisture in the charging port. If your phone displays a warning message like 'Liquid detected in Lightning connector' or a similar alert for USB-C ports, it means the phone's system has identified moisture. In such cases, the phone will refuse to charge until the warning clears. This is a safety feature designed to protect your device. If you see this warning, it is an unequivocal sign that the port is not dry enough, and you must continue the drying process. Do not attempt to bypass this warning.
This system warning is a highly reliable indicator. When it appears, it overrides your own assessment. The phone's internal sensors are calibrated to detect even trace amounts of liquid that might not be visible to the naked eye. Patience is essential; these warnings typically disappear once the internal moisture sensors detect a completely dry environment. This can take up to 24 hours or more after visible moisture has been removed.
After a minimum of 24-48 hours of drying, power on your phone without plugging it in. If the moisture warning does not appear, try charging with a low-power charger first before using your primary fast charger.
The Charging Test: A Final Confirmation
Once you are reasonably confident that the port is dry, the ultimate test is to attempt charging. Before plugging in, ensure the charging cable and the charger brick (the 'iphone charging brick' or its Android equivalent) are also completely dry. Connect the cable to the phone and then to the power source. Observe the charging animation or indicator on your phone. If charging begins normally without any warnings, it's a good sign. If the moisture warning reappears or charging fails, the port still contains moisture, and you must return to the drying process for a longer period.
When performing this test, it's wise to use a known good, original charging cable. Avoid using aftermarket cables if possible, as their quality can vary, and a faulty cable might mimic charging issues. If your phone supports fast charging, consider waiting to test that feature until you are absolutely certain the port is dry. Initial charging should be a low-stress test to confirm basic functionality. The success of the charging test confirms the port is dry.
Troubleshooting Persistent Charging Issues
If you've followed all the drying procedures meticulously and your phone still refuses to charge, or exhibits intermittent charging behavior, the issue may extend beyond simple moisture. Persistent problems can stem from damage caused by the initial water exposure, internal corrosion, or even pre-existing issues that were masked by the water incident. It's time to investigate further and consider next steps when the drying process alone doesn't resolve the problem.
Address ongoing problems systematically.
When the 'Liquid Detected' Warning Persists
If your phone continues to display a 'liquid detected' warning even after days of drying, it suggests that either the moisture sensors are faulty or there is persistent moisture or corrosion deeper within the charging port assembly. In some cases, microscopic water droplets or mineral residue from the water can create a continuous conductive path that fools the sensors. This is where physical inspection and potential cleaning become more critical, though often best left to professionals.
The sensor itself might be malfunctioning, especially if the water exposure was significant. However, assuming the sensor is accurate is the safer bet. If the warning remains, it implies that the internal environment of the port is not dry enough for safe operation. Do not attempt to force the phone to charge against its warnings, as this can lead to significant damage.
Corrosion and Pin Damage
Water, especially if it contains minerals or impurities (like tap water or saltwater), can cause corrosion on the metal pins inside the charging port. This corrosion looks like a greenish or whitish residue and impedes electrical conductivity. If you can visually identify corrosion after drying, this is a major issue. Similarly, if the pins appear bent, broken, or misaligned, physical damage has occurred. These issues cannot be resolved by further drying; they require physical repair or replacement of the charging port assembly.
Identifying corrosion is key. It's a chemical reaction that damages the conductive surfaces. If you notice any discoloration on the pins, it's a strong indicator of damage. This is often the culprit when drying fails. The pins are tiny, and their integrity is paramount for a stable 'iphone charging connector' or USB-C connection. Even minor corrosion can prevent proper charging and data transfer.
If you suspect corrosion, consult your phone's manufacturer or a reputable third-party repair shop. They have specialized tools and solutions for cleaning corroded contacts.
Other Potential Causes (Software or Battery)
Less commonly, a phone might refuse to charge after a water incident due to software glitches or battery issues triggered by the event. A software issue might prevent the charging interface from functioning correctly, even if the port is fine. A hard reset or a factory reset (after backing up data, if possible) can sometimes resolve software-related charging problems. Battery health can also be compromised by liquid damage, leading to reduced charging capacity or complete failure.
Investigating software issues is a relatively low-risk step. However, if the problem is hardware-related, such as a damaged port or battery, software troubleshooting will not help. If you've exhausted drying and external cleaning, and the phone still won't charge, consider the possibility of deeper hardware failure. Confirming the charging port is truly dry is the first step before exploring other causes.
When to Seek Professional Repair
There comes a point where DIY troubleshooting for a wet phone charger port must yield to professional expertise. If you've diligently applied safe drying methods, waited patiently, and your phone still exhibits charging problems, it's a clear signal that more complex issues may be at play. Attempting further repairs without the right knowledge or tools can exacerbate the damage and lead to more expensive repairs or even render the device irreparable.
Know when to call in the experts.
Signs You Need Professional Help
Several indicators suggest that professional intervention is necessary. These include persistent 'liquid detected' warnings after ample drying time, visible signs of corrosion or physical damage to the charging port pins, or a complete failure to charge despite using multiple known-good cables and chargers. If your phone has been submerged in water (rather than just splashed), the risk of internal damage is significantly higher, often requiring professional assessment. Saltwater or other corrosive liquids are particularly damaging and almost always necessitate professional cleaning and repair.
If the device exhibits other unusual behavior after getting wet—such as screen flickering, audio problems, or unexpected shutdowns—these are further signs of widespread internal damage that requires a technician's attention. Don't underestimate the potential for cascading failures after liquid ingress.
Choosing a Repair Service
When seeking professional help, consider the options available. Your first point of call might be the device manufacturer's authorized service center. They offer genuine parts and certified technicians, often providing the best quality repair, though it can be the most expensive. Alternatively, reputable third-party repair shops can be a cost-effective solution. Look for shops that specialize in smartphone repair, have positive customer reviews, and offer a warranty on their work. Ask about their experience with liquid-damaged devices and charging port repairs specifically.
When discussing repairs, be transparent about the circumstances. Explain that the phone encountered moisture and detail the drying steps you have already taken. This information helps the technician diagnose the problem more accurately. Inquire about the specific repairs proposed, the parts used, and the duration of the warranty. A professional assessment is vital if DIY steps fail.
Before taking your phone for repair, try to back up any critical data if the phone is still partially functional. Some repairs, especially those involving deep cleaning or component replacement, can sometimes lead to data loss.
Warranty Considerations
It's important to note that most manufacturer warranties do not cover accidental liquid damage. If your phone has a liquid damage indicator (LDI) triggered, it will likely void any standard warranty. However, some extended warranty plans or insurance policies might cover such incidents. Always check the terms of your warranty or insurance policy. Even if your warranty is voided, an authorized service center or a trusted third-party repair shop can still fix the issue for a fee. They can often provide a more detailed assessment of the damage than you can perform yourself.
Preventing Future Water Damage to Your Phone
The best approach to dealing with a wet phone charger port is to avoid the situation altogether. Implementing preventative measures can significantly reduce the risk of water damage, saving you from the stress and expense of repairs. Awareness of your phone's vulnerabilities and adopting mindful habits are key to maintaining its longevity and functionality, especially concerning charging ports and overall water resistance.
Proactive measures safeguard your device.
Understanding Water Resistance Ratings
Many modern smartphones are advertised with IP (Ingress Protection) ratings, such as IP67 or IP68. These ratings indicate a device's resistance to dust and water. An IP68 rating, for instance, generally means the phone can withstand submersion in water up to a certain depth for a specified period. However, it's crucial to understand that these ratings are based on laboratory conditions and can degrade over time due to wear and tear, drops, or repairs. Water resistance is not waterproofing; it means the phone can survive certain water exposures, not that it is impervious to all liquid damage.
Be aware that water resistance can be compromised by a cracked screen, loose seals, or damage to the charging port area itself. Do not deliberately expose your phone to water, even if it has a high IP rating. The charging port, in particular, is a common entry point for moisture, and relying solely on IP ratings can lead to a false sense of security.
Safe Charging Practices
Avoid charging your phone in environments where it is likely to come into contact with water. This includes bathrooms (especially near showers or sinks), kitchens (near sinks or during cooking), or outdoors during rain. If you use your phone with a 'phone charging station' or 'iphone charging station' in these areas, ensure it is placed away from potential water sources and spills. Keep charging cables and ports dry and clean at all times. Regularly inspect your charging port for any signs of debris or moisture before connecting a cable.
If you've been exercising and your phone is sweaty, wipe it down before charging. If your phone gets wet, follow the immediate steps outlined earlier. Even a small amount of sweat or condensation can eventually cause issues if not managed. Safe charging habits are paramount for port longevity.
Consider using a wireless charger if your phone supports it. This completely bypasses the charging port, eliminating the risk of water damage to that specific component during the charging process.
Protective Accessories
Using a protective case can offer a first line of defense against accidental splashes and minor impacts that could compromise water resistance. For users who frequently encounter water or work in damp environments, waterproof phone pouches or cases are an excellent investment. These accessories create a sealed environment for your phone, offering a high level of protection against liquid ingress. Ensure any case or pouch is properly sealed before use and check for leaks regularly.
When selecting a waterproof case or pouch, look for products from reputable brands that provide a certified level of protection. Test the accessory without your phone first, perhaps by placing a dry paper towel inside and submerging it, to ensure it is completely watertight. Proper use and maintenance of these accessories are key to their effectiveness in preventing water from reaching your phone's sensitive charging port.
Understanding the Charging Port Components
To truly understand how to dry out a phone charger port and why certain methods are recommended, it's beneficial to know what lies within. The charging port, whether it's a USB-C, Lightning, or Micro-USB connector, is a marvel of miniaturization, designed for durability and reliable connectivity. Its small size and delicate internal structure make it susceptible to damage from moisture and improper handling.
Familiarize yourself with port anatomy.
Types of Charging Ports
The most common types of charging ports on modern smartphones are USB-C and Apple's Lightning port. Older devices might still use Micro-USB. USB-C is reversible, meaning it can be plugged in either way up, and supports high-speed data transfer and power delivery. Apple's Lightning port is also reversible and is specific to Apple devices. Micro-USB is a smaller, non-reversible connector found on many older Android phones and accessories. Regardless of type, the fundamental principle of electrical contact remains the same: metal pins in the port make connection with corresponding contacts on the charging cable.
Each port type has a specific arrangement of pins, typically varying from 5 in Micro-USB to 16 or more in USB-C, designed to carry power and data signals. The physical design aims to create a secure connection while being small enough for modern devices. The presence of multiple pins means there are many small contact points where moisture can interfere with the electrical circuit.
The Role of the Charging Pins
Inside the charging port are several small metal pins. These pins are responsible for carrying electrical current from the charger to the phone's battery and also for transmitting data signals between the phone and other devices or chargers. For example, in a USB-C port, there are pins for power (VBUS), ground (GND), data transfer (D+, D-, TX/RX), and configuration channels (CC) that help the device and charger communicate to determine optimal charging speeds, including 'fast charging android' or 'iphone fast charging' capabilities. The 'iphone charging connector' consists of 8 pins, all crucial for power and data.
When water gets into the port, it can bridge these pins, causing short circuits. If the water contains impurities, it can also lead to corrosion over time, damaging the conductive surfaces of the pins and the cable connector. This is why even after drying, a port might not function correctly if corrosion has already set in. The integrity of these pins is paramount for a stable 'iphone charging screen' or any charging animation.
Moisture Detection Sensors
As mentioned earlier, many smartphones now include sophisticated moisture detection systems. These systems typically involve sensors located near the charging port that can detect the presence of conductive liquids. When moisture is detected, the phone's software is alerted, and it will disable charging to prevent damage. This safety feature is a direct response to the common problem of water damage in charging ports. The 'iphone not charging' scenario is often a result of this safety feature kicking in.
These sensors work by measuring electrical resistance or conductivity between specific points. Water, being conductive (especially impure water), changes these measurements, triggering the warning. This system is designed to protect the user and the device from the hazards of charging a wet electronic device. Understanding these components highlights why gentle, passive drying is the best approach; you are working with delicate electronics designed for specific environmental conditions.
Common Pitfalls and Expert Advice
Navigating the process of drying a phone charger port can be fraught with common mistakes that often lead to further complications. Drawing on expert advice and understanding the underlying principles of electronics repair can help avoid these pitfalls. The goal is to restore functionality safely and efficiently, minimizing the risk of permanent damage. Many perceived 'quick fixes' can actually be detrimental.
Learn from common errors.
The Temptation of Force
The most significant pitfall is the temptation to force the issue. This might involve trying to plug in the charger repeatedly, hoping it will eventually work, or using aggressive methods to dry the port. Electrical components, especially the fine pins in a charging port, are not designed to withstand force or rapid temperature changes. Patience is not just a virtue here; it's a necessity for successful recovery. Rushing the drying process or attempting to charge a wet port is akin to deliberately inflicting damage.
When your phone displays a 'liquid detected' warning, it is communicating a critical safety concern. Ignoring it or trying to bypass it is a direct path to damaging the port, the cable, or even the phone's internal logic board. The warnings are there for a reason—to protect your investment.
Misunderstanding 'Drying'
Another common pitfall is the misunderstanding of what 'dry' truly means in this context. A port might appear dry to the naked eye, but residual moisture can remain trapped in microscopic crevices or seeped into the surrounding circuitry. This is why extended drying times, often 24-48 hours, are recommended, even after visible water has been removed. Relying solely on visual cues is insufficient. Using desiccants like silica gel helps create an environment where even trace moisture can be drawn out through evaporation.
The charging port needs to be completely free of conductive material.
Improvised Tools and Solutions
Using improvised tools like paper clips, needles, or even cotton swabs to clean or dry the port is extremely risky. These items can scratch the delicate metal pins, bend them, or leave behind fibers that cause further charging problems. Similarly, applying household cleaners or excessive amounts of liquids like isopropyl alcohol without proper knowledge can introduce new contaminants or cause chemical reactions that damage the port. Always stick to methods that promote passive evaporation or use materials specifically designed for electronic cleaning, if recommended by a professional.
For instance, a common mistake is trying to 'clean' a wet port with more liquid. The goal is to remove water, not introduce other substances. If there's a need for cleaning beyond simple drying, it should be performed by a professional using appropriate electronic cleaning solutions and tools. This ensures that only contaminants are removed without causing damage to the pins or internal connections.
The Role of Cables and Chargers
While the focus is often on the phone's charging port, the charging cable and the power adapter (charger brick) are equally important components in the charging ecosystem. If your phone charger port has been wet, it's crucial to ensure that your charging accessories are also dry and functional before attempting to reconnect everything. A damaged or wet cable or adapter can cause charging issues or even damage your phone.
Inspect all charging components.
Cable Inspection and Drying
If the charging cable itself came into contact with water, it must also be thoroughly dried. Water can seep into the connector housing and damage the internal wiring or pins. Inspect the cable connectors for any signs of moisture, corrosion, or debris. Lay the cable out straight in a well-ventilated area to air dry. Avoid bending or coiling it tightly until you are certain it is completely dry, which may take 24 hours or more. If the cable shows signs of damage, corrosion, or if it was submerged in a liquid other than clean water, it's often safer to replace it.
Using a compromised charging cable with a newly dried phone port is a risk. The cable's internal connections might be damaged, leading to intermittent charging, slow charging, or even preventing the phone from charging at all. For devices that support 'fast charging android' or proprietary fast charging protocols, a faulty cable can prevent these speeds from being achieved, even if the port is perfectly fine.
Charger Brick (Power Adapter)
The 'iphone charging brick' or its Android equivalent is designed to convert wall power to a voltage suitable for charging your phone. If this power adapter has been exposed to water, it should not be used until it is thoroughly dried and inspected. Water ingress into a power adapter can damage its internal circuitry and create a serious electrical hazard. Disconnect it from the power outlet immediately if it becomes wet. Allow it to air dry completely for at least 48 hours in a safe, well-ventilated location. If the adapter shows any signs of damage, corrosion, or emits unusual smells after drying, it should be replaced.
Power adapters contain sensitive electronics and transformers. Water, especially if it's conductive, can cause short circuits and permanent damage. Attempting to use a wet or damaged power adapter poses a risk of electric shock or damage to your phone's charging circuitry. Always prioritize safety and replace suspect adapters. Ensure all charging accessories are dry before use.
Using Known Good Accessories
When troubleshooting a phone that won't charge after a water incident, it's vital to use charging accessories that you know are working correctly. This means using a charging cable and power adapter that have been tested with another functioning device. If you have multiple charging cables and adapters, try them one by one. This helps isolate whether the problem lies with the phone's port, the cable, or the adapter. If your phone supports specific fast-charging technologies, ensure you are using a compatible charger and cable designed for that purpose. A generic charger might not provide sufficient power or communicate correctly with the phone to initiate charging, especially if the phone's charging logic has been affected by the water incident.