12 Inch Universal Slim Fan Push Pull Electric Radiator 12V 80W - Dual
12 Inch Universal Slim Fan Push Pull Electric Radiator 12V 80W - Dual
Price subject to change. Tap below for current.
Couldn't load pickup availability
In this review the 12 in Universal Slim Fan Push Pull Electric Radiator kit is judged on practicality and cooling value for DIY mechanics and budget-minded owners. The bottom line: this dual 12V, 80W fan set is best for projects that need a compact, reversible fan with good airflow where space is limited. It delivers a clear benefit when radiator clearance is tight and you need an auxiliary fan that can be flipped to push or pull air through an intercooler, radiator, or A/C condenser.
Key Features
- Slim design: The low-profile 2.36 in thickness keeps the fan out of the way in crowded engine bays while still moving air effectively.
- High airflow: Rated up to 800 m3 per hour, the fan can increase air throughput through a radiator or intercooler for improved cooling under load.
- Reversible push/pull: Blade orientation and wiring allow use as either a pusher or puller, offering flexibility for different mounting positions.
- Complete mount kit: Supplied bracket hardware and tie straps simplify installation and make the fans ready for a range of retrofit jobs.
- Durable finish: Heat-resistant and corrosion-resistant materials are used to extend service life in the engine compartment environment.
Who It's For
The kit is aimed at car owners, hobbyists, and mechanics who need an inexpensive auxiliary cooling solution for radiators, A/C condensers, intercoolers, or transmission coolers, especially where space is tight and a slim profile matters. It is also useful for fabricators building custom mount systems who appreciate the included brackets and tie straps.
Those looking for an OEM replacement with guaranteed long-term durability or who require fully silent operation should look elsewhere; customer feedback shows mixed reports on longevity and noise, so this is best as a value upgrade or temporary retrofit rather than a long-term factory-level replacement.
Pros & Cons
Pros
- Good value for money as a dual pack that includes mounting hardware.
- Flexible push or pull operation increases mounting options and usefulness across projects.
- Slim 2.36 in thickness provides excellent clearance for tight engine bays.
- Strong air movement potential with a maximum rated airflow of 800 m3 per hour.
Cons
- Mixed customer reports on durability mean some users experienced early failure; longevity may vary by installation and wiring.
- Noise level is inconsistent across units according to owners, so it may not be ideal where quiet operation is required.
Specifications
| Fan diameter | 12.44 in |
| Thickness | 2.36 in |
| Voltage | 12V |
| Power | 80W per fan |
| Maximum airflow | 800 m3 per hour |
| Maximum RPM | 200010% |
Our Verdict
The 12 in Universal Slim Fan Push Pull Electric Radiator kit is a practical, cost-effective option for auxiliary cooling where space is limited and flexibility matters. It is good value for retrofit jobs and short-term upgrades, offering reversible operation and solid airflow, but buyers should be aware of mixed feedback on durability and noise when planning long-term installations.
Frequently Asked Questions
Can this fan be used as both a pusher and a puller?
Yes. Flip the blade orientation and reverse the wiring to switch between push and pull modes.
Will these fit any radiator?
They are universal in design but fit depends on radiator size and available mounting points; check the 12.44 in diameter and 2.36 in thickness against your installation area.
What is included in the kit?
The package includes two 12 in fans along with mount brackets and tie straps for installation.
Editor's Take
The 12 in Universal Slim Fan kit is a practical, budget-friendly auxiliary cooling solution that offers reversible push/pull operation and good airflow for tight engine bays, though durability and noise reports are mixed.

Recently viewed
Recently viewed products will appear here as customers browse the store.