Signature Design by Ashley Queen Size Chime 8 Inch Medium Firm Memory Foam Mattress with Green Tea & Charcoal Extract
        $374.99
      
      
      
    Frequently Asked Questions
- Q: What type of mattress is the Signature Design by Ashley Queen Size Chime? A: The Signature Design by Ashley Queen Size Chime is an 8-inch medium firm gel memory foam mattress.
 - Q: How does the memory foam in this mattress provide support? A: The memory foam contours to your body, delivering excellent support and pressure relief, making it suitable for back, side, and stomach sleepers.
 - Q: What are the dimensions of the mattress? A: The mattress measures 59 inches wide, 79 inches deep, and 8 inches high, making it compatible with most queen bed frames.
 - Q: Is the mattress safe to sleep on immediately after unpacking? A: Yes, the mattress is safe to sleep on immediately after unboxing, although it may take 72 hours for any residual odors to dissipate and for the mattress to fully expand.
 - Q: How is the mattress delivered? A: The mattress arrives in a box, making it easy to set up. Simply unbox, cut the protective wrap, unroll, and watch it expand.
 - Q: What type of support foam is used in this mattress? A: The mattress features a thick layer of firm support foam that helps reduce motion transfer, allowing for undisturbed sleep.
 - Q: Can I use this mattress without a box spring? A: The mattress can be used without a box spring, but a foundation or box spring is available and sold separately for added support.
 - Q: What materials are used in the mattress? A: The mattress primarily consists of memory foam and firm support foam, with green tea and charcoal extract for freshness.
 - Q: Is this mattress suitable for all sleeping positions? A: Yes, the medium support and contouring nature of the memory foam make it suitable for back, side, and stomach sleepers.
 - Q: What should I do if I notice an odor when unpacking? A: If you notice an odor when unpacking, it is usually temporary and can take up to 72 hours to dissipate based on ambient conditions.