A group shot of twelve chocolate memory foam square chair cushions with ties.
Sweet Home Collection

Sweet Home Collection - Honeycomb Memory Foam Non-slip 16" X 16" Chair Cushion Pad With Ties, 12-pack - Chocolate

$95.59

Available at

homedepot.comBest Price
$95.59
View
bestbuy.com
$119.99$104.99
View

Enhance the comfort and style of your seating with this 12-pack of Sweet Home Collection chair cushions. Featuring a distinctive honeycomb pattern, these square cushions measure 16" x 16" and are crafted from high-density memory foam for superior comfort. The non-slip bottom ensures they stay securely in place, while the attached ties provide an additional anchor. These cushions are spot clean or machine washable for easy care. The rich chocolate color complements a variety of decor styles.

  • Measures 16 in. L x 16 in. W x 1.77 in. H
  • High-density memory foam is featured inside each cushion
  • Non-slip bottom to ensure your chair pad will stay put
  • Spot clean or machine washable as you desire
  • Attached ties
  • Memory foam filled for comfort
  • Non-slip backing prevents sliding
  • Tie-free, lightweight design for easy transport
  • Machine washable or hand wash
  • Honeycomb pattern

Details

Category
Chair Accessories
Pattern
Texture, Solid
Materials
Memory foam, Polyester

Questions & answers

How much does it cost, and where can I buy it?
This Sweet Home Collection chair accessory is sold by 2 retailers from $95.59 to $104.99. The lowest in-stock price is $95.59. 1 of 2 listings are on sale (up to 13% off). Available at bestbuy.com and homedepot.com.
Is it in stock?
Yes. It's in stock at 2 of 2 retailers.
What are the key features?
Key features include Measures 16 in. L x 16 in. W x 1.77 in. H, High-density memory foam is featured inside each cushion, Non-slip bottom to ensure your chair pad will stay put, Spot clean or machine washable as you desire, and Attached ties.
What is it made of?
It's made of memory foam and polyester.
What pattern options are available?
Its pattern options are texture and solid.