Divider 500 TG Air Mid Tower case

The Divider 500 TG Air is a mid-tower ATX case that comes with one standard 120mm front fan, one standard 120mm rear fan, two airflow-optimized mesh panels on the front and top, two durable tempered glass windows with 3 mm thick on the left and right sides. Additionally, the case is equipped with two symmetrical triangular panels, one made of tempered glass and the other made of steel, which are also available in more options.

Divider 500 TG Air ATX mid-tower case

Thermaltake has designed an entirely new series of cases that includes a mix of open-frame design elements with the addition of customizable options that combine all the features in the Divider series. The most unique feature of the Divider 500 TG Air Mid Tower is the two symmetrical, triangular elements consisting of steel panels and tempered glass panels on the left and right sides. These panels are mounted without tools and provide an interesting view of the elements inside the housing. Two additional symmetrical, triangular variants made of tempered glass and a steel panel enrich the appearance of the housing and facilitate work when building the set. Additionally, the Air version is equipped with two airflow-optimized mesh panels at the front and top, which ensures huge airflow. The Divider 500 TG Air Mid Tower case is a next-generation gaming PC case for everyday users, enthusiasts and professional gamers, providing them with unprecedented satisfaction.

Avant style side panels left side

Avant-style side panels left side The unique feature of the Divider 500 TG Air is that the four symmetrical, triangular panels are universal and fit together. We provide an additional triangular tempered glass panel on the left side that enhances the appearance of the case when building the kit. For example, you can stick to the default configuration or install two triangular tempered glass panels on the left side.

Avant style side panels right side

An additional triangular openwork panel on the right side enriches the appearance of the housing and improves ventilation. When configuring the panels, you can stick with the default configuration or have two steel panels on the right side when installing the motherboard side fans for air intake or exhaust depending on your computer configuration.

Panels optimized for airflow

The Divider 500 TG Air features two large airflow-optimized mesh panels at the front and top for massive airflow efficiency.

PSU shroud and GPU Riser support bracket

The built-in power supply cover is designed to hide unsightly cables while ensuring good ventilation. The vertical graphics card mounting cable bracket not only allows vertical installation of the GPU, but also helps reduce the load on PCI-E slots.

Present it your way

Patented, swivel PCI-E slots allow you to position your graphics card horizontally or vertically, creating plenty of flexible space for your setup.

Excellent dust filtration

Divider 500 TG Air has well-designed dust filtration. All removable filters on the inside, right side, front, top and base provide excellent dust protection and improve dirt reduction.

Air inlet and outlet

The cooling performance of the Divider 500 TG Air case is excellent. Two large openwork panels at the front and top allow for enormous airflow. In addition, the gap between the two triangular pieces of tempered glass and the steel panels on the left side allows for optimal air flow. The cooling outlets can be located on the right side of the steel panel (two steel panels), on the back and on the top of the case, depending on the design chosen. Additional triangular panels made of tempered glass and steel not only enrich the appearance of the structure, but also enable more flexible cooling of the set.

Temperatures without load and at full load

To give our customers a better understanding of the thermal performance of the Divider 500 TG Air ATX Mid Tower case, we tested the system at idle and under full load. We used AIDA64 Extreme Portable and FurMark ASUS ROG Edition, which ran at the same time for 30 minutes, and the thermal images were captured with a Testo 885-2 thermal camera.