No, a NOCO Boost will almost certainly not work properly after being submerged in crude oil. Crude oil is a thick, corrosive substance that can penetrate the device’s casing, damaging its internal electronics, battery cells, and safety mechanisms. While NOCO Boost units are rugged and built for tough roadside conditions, they are not designed to survive chemical contamination like crude oil exposure.
If your jump starter has come into contact with crude oil, continuing to use it without proper inspection and cleaning poses serious safety risks, including short circuits, battery failure, or even fire hazards. Many users underestimate how damaging crude oil can be, thinking a thorough wipe down might suffice, but it often seeps deep into sensitive components.
Best Battery Jump Starters for Emergency Use
When it comes to reliable emergency jump starters, NOCO Boost has a strong reputation for quality and safety. Here are the top three NOCO Boost models you should consider for everyday use, especially if you want peace of mind knowing your device is durable and effective:
NOCO Boost Plus GB40
The GB40 is perfect for most cars, SUVs, and light trucks. It offers 1000 amps of peak current, making it powerful enough for quick, safe jumps. Its compact size and waterproof design make it easy to store and handle during roadside emergencies.
NOCO Boost HD GB70
For larger vehicles like trucks and SUVs, the GB70 delivers 2000 amps. It’s built tougher, with rugged housing and advanced safety features like spark-proof technology and reverse polarity protection, ensuring your jump is safe and reliable every time.
NOCO Boost Max GB150
Designed for heavy-duty use, the GB150 provides 4000 amps. This jump starter is ideal for commercial trucks, boats, or multiple vehicle owners who need maximum power and versatility in one device.
How Crude Oil Affects NOCO Boost’s Internal Components
When a NOCO Boost jump starter is submerged in crude oil, the effects can be severe and often irreversible. Crude oil is a complex mixture of hydrocarbons, minerals, and other chemicals that are highly corrosive and sticky. This substance doesn’t just sit on the surface; it seeps into tiny crevices and penetrates the device’s housing.
Inside a NOCO Boost, there are sensitive components such as lithium-ion battery cells, circuit boards, and electrical connectors. Crude oil exposure can:
- Corrode metal parts: The oils and chemicals accelerate oxidation, which damages battery terminals and circuit traces, disrupting electrical flow.
- Insulate electrical contacts: Thick oil residues can prevent proper contact between internal components, causing the device to malfunction or fail to power on.
- Compromise safety features: NOCO Boost devices rely on sensors and protective circuitry to prevent sparks or reverse polarity. Contamination can short-circuit these safety systems, increasing fire or explosion risks.
- Damage battery chemistry: Oil can penetrate battery cells, potentially causing internal shorts or capacity loss, which diminishes the jump starter’s ability to deliver power.
Even if the jump starter appears to work immediately after exposure, these hidden damages can
Is It Safe to Use a NOCO Boost After Crude Oil Exposure?
Using a NOCO Boost jump starter after it has been submerged in crude oil is generally unsafe and strongly discouraged. Here’s why:
Risk of Electrical Shorts
Crude oil is a poor conductor but can trap moisture and contaminants against sensitive electronic parts. This creates an environment where internal electrical shorts are more likely, leading to device failure or even sparks.
Compromised Battery Integrity
The lithium-ion batteries inside NOCO Boost devices are sealed but not designed to withstand chemical exposure like crude oil. The oil can degrade the battery casing or seep into microscopic cracks, increasing the risk of internal short circuits, overheating, or thermal runaway — a dangerous battery failure mode.
Impaired Safety Features
NOCO Boosts are equipped with advanced safety technologies like spark-proof connections, reverse polarity protection, and overcharge prevention. Crude oil contamination can interfere with these safety sensors, meaning the jump starter might fail to protect you or your vehicle during use.
Potential for Fire or Explosion
Because crude oil is flammable, any sparks or battery malfunctions inside a contaminated device could ignite the oil residue, creating a significant fire hazard.
Unpredictable Performance
Even if the device powers on, the internal damage caused by crude oil is unpredictable. It might work for a short time, then suddenly fail during a critical moment, leaving you stranded and unsafe.
Steps to Take If Your NOCO Boost Gets Contaminated by Crude Oil
If your NOCO Boost has been submerged or heavily exposed to crude oil, acting quickly and carefully is key to minimizing damage and protecting your safety. Here’s a step-by-step guide on what to do:
Power Off and Disconnect
Immediately turn off the NOCO Boost and disconnect it from any power sources or devices. Avoid attempting to use it until it’s thoroughly inspected.
Avoid DIY Cleaning Inside the Device
Crude oil seeps into small internal parts, and opening the device yourself risks voiding warranties or causing further damage. NOCO Boost devices are sealed for safety reasons.
Wipe Off External Oil Carefully
Using a lint-free cloth and a mild solvent like isopropyl alcohol (at least 70%), gently clean the outside casing. This can remove surface oil but avoid saturating the device or letting liquids enter openings.
Let It Dry Thoroughly
After cleaning, place the NOCO Boost in a well-ventilated, dry area at room temperature. Avoid heat sources as excessive heat can damage the battery further. Let it air dry for at least 48 hours to allow any residual solvents or moisture to evaporate.
Professional Inspection Recommended
Because of the complex electronics and battery safety risks, take the device to an authorized NOCO service center or a certified electronics repair professional. They can open the device safely, check for internal damage, and determine if repairs are possible.
Prepare to Replace If Needed
If the device shows any signs of damage or fails professional tests, replacement is the safest option. Continuing to use a compromised jump starter can lead to failure or hazardous conditions.
Dispose of Oil-Contaminated Devices Responsibly
If discarding the NOCO Boost, follow local hazardous waste disposal regulations due to crude oil contamination and lithium-ion batteries.
Preventing Damage: How to Protect Your NOCO Boost From Chemical Exposure
Prevention is always better than dealing with a contaminated device. While NOCO Boost jump starters are designed to be durable and weather-resistant, crude oil and other harsh chemicals present unique risks that require extra care. Here are practical ways to protect your NOCO Boost and extend its life:
Store It Properly
Keep your NOCO Boost in a clean, dry place away from any chemicals or oil spills. Using a dedicated storage case or waterproof bag can shield it from accidental exposure during travel or work.
Avoid Using It in Contaminated Environments
If you work in industries or environments where crude oil or other chemicals are common—such as oil fields, garages, or industrial sites—take precautions to keep the jump starter away from those substances.
Regularly Inspect Your Device
Check your NOCO Boost for signs of contamination, dirt buildup, or damage. Early detection of oil residue or leaks can help you clean it before serious damage occurs.
Clean Gently and Promptly
If you notice any dirt or minor spills, wipe down the device immediately with a microfiber cloth and isopropyl alcohol. This prevents chemicals from settling or penetrating the casing.
Use Protective Accessories
Consider investing in protective covers or cases specifically designed for NOCO Boost devices. These can offer an extra layer of defense against liquids and grime.
Follow Manufacturer Guidelines
Always refer to NOCO’s user manual and safety instructions for proper handling and maintenance. Avoid any cleaning methods or solvents not recommended by NOCO.
Signs Your NOCO Boost Has Been Damaged by Crude Oil
Knowing the warning signs of crude oil damage can save you from unexpected failure and safety hazards. If your NOCO Boost has been exposed to crude oil, watch out for these common symptoms:
Failure to Power On
If the jump starter doesn’t turn on or responds inconsistently, it could indicate internal circuit damage or battery failure caused by oil infiltration.
Unusual Odors
A strong, chemical, or burning smell coming from the device is a serious red flag. It could mean the battery cells or electronics are compromised or overheating.
Visible Oil Residue or Stains
Oil stains around buttons, ports, or seams suggest the crude oil has penetrated the casing. This contamination usually means internal damage is likely.
Erratic LED Indicators
NOCO Boost units have LED indicators that show battery status and errors. Flickering lights, unexpected error codes, or no lights at all can signal malfunction.
Excessive Heat During Use
If the device becomes unusually hot when in use or charging, this may indicate internal shorts or battery damage from the crude oil exposure.
Reduced Jump-Starting Performance
If your NOCO Boost struggles to deliver a jump start or requires multiple attempts, it might be a sign that battery capacity or electrical pathways are damaged.
Conclusion
Using a NOCO Boost after it has been submerged in crude oil is unsafe and not recommended due to the high risk of internal damage, electrical shorts, and compromised safety features. Crude oil’s corrosive and flammable nature can degrade the battery and electronics, potentially leading to failure or hazardous situations like fire or explosion.
If your NOCO Boost has come into contact with crude oil, follow the proper steps: power it off immediately, clean the exterior carefully, allow it to dry, and have it professionally inspected. Prevention through proper storage and handling is key to avoiding chemical contamination.
Ultimately, investing in a new NOCO Boost is often the safest choice to ensure reliability when you need it most.
Frequently Asked Questions About Using a NOCO Boost After Being Submerged in Crude Oil
Can I clean my NOCO Boost myself if it gets contaminated by crude oil?
It’s best to avoid opening or attempting deep cleaning yourself. The device contains sensitive electronics and lithium-ion batteries that can be damaged or become unsafe if handled improperly. Wiping the exterior gently with isopropyl alcohol is okay, but internal cleaning should be left to professionals.
Will crude oil damage be covered under NOCO’s warranty?
Typically, warranty coverage excludes damage caused by external contaminants like crude oil. Exposure to harsh chemicals is considered accidental or environmental damage, so it’s unlikely to be covered. Always check NOCO’s specific warranty terms for details.
How can I tell if my NOCO Boost is still safe to use after exposure?
If your device fails to power on, shows erratic LED behavior, smells unusual, or overheats, these are signs it’s unsafe to use. In these cases, discontinue use immediately and seek professional evaluation or replacement.
Is it possible to repair a NOCO Boost damaged by crude oil?
Repairs are often challenging and costly because crude oil can damage internal components beyond cleaning or simple fixes. Professional inspection is necessary to determine if repair is feasible, but replacement is often the safer and more reliable option.
How can I prevent my NOCO Boost from getting exposed to crude oil?
Store your jump starter in a clean, dry, and chemical-free environment. Use protective cases and avoid using the device near oil spills or industrial chemicals. Regularly inspect and clean your device to catch contamination early.
What should I do if I accidentally drop my NOCO Boost in crude oil?
Power off immediately, avoid using it, and clean the exterior carefully with a cloth and isopropyl alcohol. Let it dry thoroughly, then have it checked by a professional before considering use again.