Thermaltake Divider 300 TG Air Snow Mid Tower Case

Thermaltake Divider 300 TG Air Snow Mid Tower Case

Design of Symmetrical Triangular Side Panels with a Tempered Glass Window

On the left side, the Divider 300 TG Air Snow has two symmetrical triangular sections made of a steel panel and a 3mm tempered glass window. They are tool-free and removable, providing consumers with a little open frame flavor and more customization options when building in the PC case. Tempered glass is thicker and more scratch-resistant than regular acrylic.

An Airflow-Optimized Panel

For huge cooling performance, the Divider 300 TG Air Snow features a big airflow-optimized mesh panel at the front.

GPU Support Bracket & PSU Cover

The built-in PSU cover is intended to conceal unsightly wires while providing enough airflow. The Riser cable bracket not only allows for vertical GPU installation, but it also helps to lighten the load on the PCI-E slots.

Show It Your Way

Patented rotational PCI-E ports allow you to show your graphics card horizontally or vertically, providing plenty of flexibility for your system.

Excellent Dust Filtration

The top and inner right side of the Divider 300 TG Air Snow have well-designed removable magnetic fan filters. The changeable filters at the front and base provide excellent dust protection and dirt reduction, maintaining a dust-free atmosphere.

Exhaust and intake of air

The Divider 300 TG Air Snow has great cooling performance. The front mesh panel and the vent on the left side between the two triangular pieces of tempered glass and steel panels allow for maximum air intake. Cooling exhausts are positioned at the case's back. Venting devices for air intake or exhaust are located on the top and right sides, depending on the user's overall PC system design.

Temperatures at Idle and Under Full Load

We installed an AIO Liquid Cooler in the front of the Divider 300 TG Air Snow ATX Mid Tower Case and performed a test setup to help our clients better understand the thermal performance of the case. It demonstrates that the temperature in the front region is extremely low at idle and full-load, with no blockages and restricted airflow. We ran AIDA64 Extreme Portable and FurMark ASUS ROG Edition for 30 minutes each, and the thermal photos were captured with a Testo 885-2 Thermal Imaging Camera.