- Free 30-day Returns
Best Sellers
- $93.17
- + FREE SHIPPING
- $93.67
- + FREE SHIPPING
Meet Your Seller
Thermaltake CT140 EX Infinity ARGB Sync 3 Pack; Infinity Mirror Hub; 140mm x 28mm; PWM 500~1800 RPM; MagForce 2.0; 5V 3-Pin Motherboard Sync; 3-Pack; Snow; CL-F244-PL14SW-A
- Dual Ring Infinity Hub Draw attention from any angle with the dual ring infinity mirror mounted in the center hub, the two center rings are fixed as white with the outer rings being fully addressable for some added depth.
- MagForce 2.0Equipped with MagForce 2.0 enhancing connection stability with a new layout for the pogo pins and contact pads that is now two times larger for better contact and ease of alignment with the magnetic connectors.
- Airflow in StyleBeneath the infinity hub is a powerful motor capable of speeds ranging from 500~1800RPMs along with a thicker 28mm frame allows for up to 2.8mm-H2O Static Pressure and up to 94.830 CFM of airflow.
- Hidden ScrewsKeep unwanted screws out of sight with thanks to the redesigned frame that supports removable corner bumpers and recessed screw mounts.
- Hidden ScrewsKeep unwanted screws out of sight with thanks to the redesigned frame that supports removable corner bumpers and recessed screw mounts.
Any questions? Ask CelesteSM will help you find out quickly.
Upgraded with new features inside and out the CT EX INFINITY brings a new level of performance and aesthetics to your build. Capable of 500~1800RPMs to produce 94.83CFM of airflow and 2.8mm-H2O Static Pressure, aided by the redesigned housing with a thicker 28mm frame. Mounted in the hub is a dual ring infinity mirror hub for added depth and effect, with center rings set as static white and the outer rings and blades full 5V 3-Pin ARGB controllable through motherboard software. MagForce 2.0
Warranty & Returns
Warranty, Returns, And Additional Information
Warranty
- Please contact the Seller directly for warranty information. Warranty information may also be found on the Manufacturer's website.
- Read full details
- CONTACT
Return Policies
- Return for refund within: 30 days
- Return for replacement within: non-replaceable
- This item is covered by Thermaltake Return Policy
Manufacturer Contact Info
- For a directory of all our manufacturers, please click below.
- Manufacturers Directory
The Thermaltake CT140 EX Infinity ARGB Sync Snow 3-pack is a set of three 140 mm PWM case fans with dual-ring infinity-mirror lighting, speeds of 500–1800 RPM, and up to 94.83 CFM airflow per fan. It suits PC builders seeking coordinated cooling and a white, customizable lighting look in a case that supports 140 mm fans and 5V 3-pin ARGB sync.
Recommended For
- PC builders creating a visible white or ARGB showcase build who want dual infinity-mirror lighting and hidden mounting screws.
- Builders with three compatible 140 mm mounts who want a matched set of PWM case fans for airflow; a hands-on review found balanced cooling and noise performance against other 140 mm fans.
- PC builders who want to reduce visible fan wiring when installing or linking multiple fans; MagForce 2.0 uses magnetic quick connections designed for daisy-chaining.
- Users who plan to tune fan speed for a balance of cooling and noise; the fan supports PWM control, and testing found noise levels close to a competing 140 mm fan up to about 1,200 RPM.
Real-World Use Scenarios
- In a case with three open 140 mm fan mounts, use the pack as intake, exhaust, or a mix to move air through the system; PWM control lets fan speed rise during gaming or other demanding workloads.
- When building a white PC with a windowed case, use the Snow fans as a visible lighting feature; the inner mirror rings stay white while the outer rings can be synchronized with compatible motherboard ARGB software.
- When installing several fans side by side in a case or on a compatible radiator, use the magnetic connections to link them and reduce the amount of fan cabling to route.
- For a system that runs quietly during lighter tasks but needs more ventilation under load, set a motherboard PWM fan curve to adjust the fans’ speed as temperatures change.










































