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Everbilt 26-Quart High-Performance Cooler w/ Lockable Lid Expired
$40
$78.97
+ Free Store Pickup
Home Depot has Everbilt 26-Quart High-Performance Cooler w/ Lockable Lid on sale for $39.88. Select Free Store Pickup where stock permtis. Thanks bcm00re
Note, both the price and availability for store pickup may vary by location.
Note, both the price and availability for store pickup may vary by location.
Original Post
Written by
Edited December 7, 2019
at 09:19 PM
QA Edit: The price will vary by store stock, zip code or location. Price seems to only be valid if your store has it in stock. If you don't see the OP's $40 price, try another store in your area or another zip code.
The Everbilt 26 Qt. Cooler is designed for river trips, camping, and other outdoor activities. The High-Density Polyurethane Foam insulation keeps ice for 3 to 5-days, with a no-sweat design eliminating condensation on the outside of the cooler. It features Rubber Pad non-slip feet to keep the cooler secure in your vehicle or boat. An interlocking no-fall lid stays up when you're unloading the cooler and carry handles fold away for easy packing in truck or raft. For easy transportation, a stainless steel comfort grip handle is built-in. A drain release is located at the base of the cooler so you can keep melted water out of the cooler and your food.
Premium insulation keeps ice for up to 5 days
Lockable lid prevents animals from getting access to your food or adult beverages
UV resistant exterior designed for extensive outdoor use, wherever your adventures take you
T-handle latches keep the lid secure and provide a water tight seal
Rotomolded, seamless 1-piece construction makes this virtually unbreakable
Built-in pressure release button to allow air into the cooler so that it's easier to open
Internal dimensions in inches are 16.1 in. D x 9.1 in. H x 11.4 in. W
https://www.homedepot.c
The Everbilt 26 Qt. Cooler is designed for river trips, camping, and other outdoor activities. The High-Density Polyurethane Foam insulation keeps ice for 3 to 5-days, with a no-sweat design eliminating condensation on the outside of the cooler. It features Rubber Pad non-slip feet to keep the cooler secure in your vehicle or boat. An interlocking no-fall lid stays up when you're unloading the cooler and carry handles fold away for easy packing in truck or raft. For easy transportation, a stainless steel comfort grip handle is built-in. A drain release is located at the base of the cooler so you can keep melted water out of the cooler and your food.
Premium insulation keeps ice for up to 5 days
Lockable lid prevents animals from getting access to your food or adult beverages
UV resistant exterior designed for extensive outdoor use, wherever your adventures take you
T-handle latches keep the lid secure and provide a water tight seal
Rotomolded, seamless 1-piece construction makes this virtually unbreakable
Built-in pressure release button to allow air into the cooler so that it's easier to open
Internal dimensions in inches are 16.1 in. D x 9.1 in. H x 11.4 in. W
https://www.homedepot.c
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| Rating: | (4.4 out of 5 stars) |
| Reviews: | 111 Home Depot Reviews |
| Product Name: | 26 qt. High-Performance Cooler with Lockable Lid |
| Product Description: | The Everbilt 26 qt. Cooler is designed for river trips, camping, and other outdoor activities. The durable roto-molded construction doesn't dent or crack easily and the High-Density Polyurethane Foam insulation keeps ice cold for 4-days to 7-days. The no-sweat design eliminates condensation on the outside of the cooler and the Rubber Pad non-slip feet keep the cooler secure in your vehicle or boat. An interlocking no-fall lid stays up when you're unloading the cooler and the carry handle folds away for easy packing in your truck or raft. A drain release is located at the base of the cooler so you can keep melted water out of the cooler and your food. |
| Model Number: | 410-025-0111 |
| Product SKU: | 306522306 |
| UPC: | 843774100251 |
Community Wiki
Last Edited by WildflowerGuru
December 3, 2019
at
09:19 AM
For anyone interested in information from the Manufacturer, they've responded to some people's Home Depot ratings with this information:"Please refer to the ice retention chart on the main product page of our item or listed under the info and guides section as a product brochure. As you can see, the type of ice you use and the temperature outside can change the ice retention time. For best results, we recommend using block ice and keeping the cooler out of direct sunlight."
You can also get dry ice from many Walmart locations. Call ahead to verify.
You can also get dry ice from many Walmart locations. Call ahead to verify.
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From what I have read, the trick with these coolers -- if you want the ice to last a long time -- is to pre-chill them the night before (using some milk jugs of frozen water) prior to loading them up for deployment.
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I experienced this as well. Found it was a lot easier trying to pull straight down with your body positioned over the cooler instead of down and out at the same time. I imagine they will get easier over time as well
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From what I have read, the trick with these coolers -- if you want the ice to last a long time -- is to pre-chill them the night before (using some milk jugs of frozen water) prior to loading them up for deployment.
I don't think you understand how electronic products work.
Can you explain what you think might happen if you turn on your laptop when cold?
They create heat. Heat causes things to expand. Cold causes them to contract. If your hardware's insides are cold - let's say temps in the teens or lower, in say central Vermont - and introducing heat expands the components at different rates you're asking for trouble.
Given the delicate nature of these things that expanding and contracting is not something you want to do unless it's necessary (read: rare / occasional). Worst case, let it come up to room temp before introducing heat (i.e., booting up).
Put another way...take a coffee cup and freeze it. Then poor hot coffee into it. Eventually you'll regret doing that
Physics 101
The wise move is to avoid the perils of contraction and expansion.
They create heat. Heat causes things to expand. Cold causes them to contract. If your hardware's insides are cold - let's say temps in the teens or lower, in say central Vermont - and introducing heat expands the components at different rates you're asking for trouble.
Given the delicate nature of these things that expanding and contracting is not something you want to do unless it's necessary (read: rare / occasional). Worst case, let it come up to room temp before introducing heat (i.e., booting up).
Put another way...take a coffee cup and freeze it. Then poor hot coffee into it. Eventually you'll regret doing that https://static.slickdealscdn.com/ima...lies/smile.gif Laptops, like coffee cups, aren't designed to be frozen and then heated.
Physics 101 https://static.slickdealscdn.com/ima...lies/smile.gif
The wise move is to avoid the perils of contraction and expansion.
The way thermal gradients work is that for the same amount of power generation and thermal impedance you will get approximately the same TEMPERATURE rise. The problem you are talking about is related to large thermal gradients, but for the same power and impedance you will have the same gradient or delta between hot and cold components as the unit heats up. i.e. it doesn't make a difference.
Let me also add that I design electronics for military, medical and automotive so I know what you are presuming is wrong.
The things that get you in electronics are: temperature cycling, this is one of the toughest things on devices, rate of temperature change, again causing thermal gradients can be tough, but as I said, you gradient will be roughly the same at cold vs hot temperatures. Also, you need to consider that the temps that we consider hot and cold from a human perspective aren't really significant from an electornics perspective, most electronics components are rated from -20ish to 85C for commercial grade and to -40ish to 125C for industrial, automotive, and military (roughly speaking).
There are a few components that are stressed by absolute temperatures, electrolytic capacitors for instance do not perform well in the -10 to -40C range.
Batteries (because they are chemical) suffer some capacity loss at very cold temperatures too, but, unless you are using them all the time at below zero temps, you won't notice a difference.
So, again, I challenge your concerns and offer that you are worrying about nothing. If anything, your components will probably last longer since the chemical aging will be slower LOL.
I did forget one thing, LCD displays typically have a difficult time at low temperatures, not damaging, but sometimes non-functional in the less than -10C range.
Happy to continue discussion if you want to go to physics 301 LOL. Seriously though, interesting discussion.
I love the pressure release and drain on this model.
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Like spin them around 180* in place