Englander City Mattress

If you’re looking for a mattress that combines comfort, durability, and healthy support, the Englander City Mattress is the perfect choice for you. Carefully designed from recycled medical foam to provide deep, solid sleep with high tolerance for daily use, offering balanced body support that helps reduce back pain and improve sleep quality—so you wake up energized and refreshed every day.

Specifications of Englander City Mattress:

• Premium double net fabric for a soft touch and excellent ventilation.
• Covered with a Mega foam layer for extra comfort and instant support.
• High-density recycled medical foam for strong stability and continuous support.
• Double-sided use for maximum benefit and extended lifespan.
• Three available heights: 15 cm, 20 cm, 25 cm to suit all needs and bed frames.

Features of Englander City Mattress:

• Recycled medical foam provides strong, stable full-body support.
• Upper Mega foam layer delivers comfortable, soft feel upon touch.
• Durable double net fabric maintains mattress cleanliness with good ventilation.
• Double-sided use doubles mattress lifespan and provides higher economic value.
• Three height options to fit all bed types and personal preferences.

Who is this mattress suitable for?

• Perfect for foam mattress lovers seeking deep, solid sleep.
• Ideal for those wanting stable support regardless of weight or sleeping position.
• Excellent economical choice for daily use in bedrooms and apartments.
• Suitable for children’s and teenagers’ rooms thanks to multiple height options.
• Practical choice for guests and visitors due to high durability and economic value.

Warranty:

• Warranty on recycled medical foam against manufacturing defects.
• Warranty on fabric and upper layers per Englander policy.

Note:
Warranty does not cover fabric stains, burns, or misuse.

Get your Englander City Mattress now in your preferred height (15, 20, or 25 cm) and enjoy deep sleep with strong support that lasts for years. Order now and start your day with better energy.