Would you like to be notified when this item is available?
Enter your email address below and click Auto-Notify to receive automatic notification. *Add Roller Tool: *Mount the Kit for Me: *Once Mounted, No Return:
The knuckle tap test is a simple but effective way to test your computer. With your knuckles or fingertips, tap gently on the top and sides of your computer case. If the case rattles or sounds tinny, your computer case is a conduit for computer noise. Shutting down that conduit with Dynamat solves the problem.
Applying a Dynamat Computer Kit to your computer case creates a sonic barrier that converts vibrational noise into silent energy in a process called Vibro-Acoustic Energy Conversion. The result is a lowered computer noise level and reduced vibration. After installing Dynamat, repeat the knuckle test. The dull thud (rather than rattle) assures you that your computer is properly protected with Dynamat.
Specifiations:
Contains nine 18" x 32" (36 square feet total) piece of Dynamat Xtreme for the computer case and non- circuit board areas of the computer, such as the power supply. For proper installation, use a Dynamat Dynaroller. Part Number: # 40455.
Notes: (1) Roller tool helps applying the Xtreme material on a surface firmly. (2) This is the "Xtreme" version of the Dynamat. To compare the prices, please note that this is very different from the Original and Premium Dynamat material. (3) No return for credit once opened and used in any way. (4) We now offer a service to mount this product onto the case of your choice for $29. You must order the case separately on the same order. No return will be accepted once the noise mat is mounted for either the case or the mat itself. We'll only mount the mat on the side, top, and bottom panels of your case to cover as a large area as possible. We'll leave what ever left over with the order so that you can use the left-over pieces for the other parts of the case yourself. Leave a detailed instruction if you want. We'll try our best to follow the instruction; however we cannot guarantee that our work will be exactly the same as your instruction.