Rockville RHT28C 28" 2-Tone Bookshelf Speaker Stands Surround Sound Home Theater

Description of RHT28C: The Rockville RHT28C High performance wood speaker stands are designed with appearance, performance, and quality in mind. These stands are perfect for bookshelf speakers, surround sound speakers and even studio monitors! Our stands are finished with premium furniture-grade paint that will not crack, chip, or peel. They will look great in your living room, family room, den, or even studio. These stands are constructed from high quality medium density fiber core to minimize resonance. Unlike our competitors who use particle board we use a higher quality Wood in the construction of our stands. With the included Brass and rubber spikes as well as the included EVA speaker isolation pads you can feel confident that your speakers will be sturdy and perform optimally no matter what floor surface They are on. Another really cool feature I would like to mention is the empty body design. By adding sand to the body of the stand you can increase the weight If you so choose. The load capacity of these stands are 60 lbs. Most other stands on the market have a maximum load capacity of 20 lbs. Which really is not enough for a lot of speakers on the market. These stands are sturdy, built well, look great, and out-perform the competition so buy with confidence!.

• Rockville RHT28C 28" 2-Tone bookshelf speaker stands surround sound home theater
• Rockville RHT28C 28" 2-Tone bookshelf speaker stands surround sound home theater. Pair Rockville RHT28C High performance wood speaker stands
• Finished with premium furniture-grade paint that will not crack, chip, or peel.. Made from high quality medium density fiber core to minimize resonance
• Brass & rubber spikes add stability to any floor surface. Isolation pads create a no-slip surface as well as improve acoustical performance. Empty Body design allows you to add sand in order to increase the weight of the stands if needed
• 60 lbs. Load capacity allows you to use a heavier speaker without compromising stability