Disclosure :This site contains affiliate links to products. We may receive a commission for purchases made through these links.
Pawz & Pepper Denver Ortho Dog Cushion – Grey – M: 80 x 60 x 15 cm (L x W x H)
The soft Pawz & Pepper Denver Ortho Dog Cushion has been specially filled with gel foam flakes to have an orthopaedic effect for your dog. No matter the position your dog lies in, the laying surface will adapt itself to perfectly fit your dog’s body shape and the spine. This offers unbeatable comfort and can help improve joint and muscle condition. As well as relieving pressure, the Pawz & Pepper Denver Ortho Dog Cushion has a warming cover that is ideal for wellbeing. The cuddly soft surface has a grey fur appearance and can help keep your dog protected against cold floors. It helps to keep joints and muscles warm, improving smoothness of mobility. This Pawz & Pepper Denver Ortho Dog Cushion is particularly suitable for dogs with mobility issues and for senior dogs. It is available in three different sizes, so that even large, heavy breeds can find the perfect place to relax. This functional, practical accessory is a great way to support your dog’s overall health and wellbeing. Pawz & Pepper Denver Ortho Dog Cushion at a glance: Comfortable dog cushion Ideal for senior dogs or those with joint or muscle issues Filled with gel foam flakes: for the perfect fit around body and spine Improves mobility: reduces pressure on painful muscles or joints Reversible sleeping cushion: particularly functional and attractive, with a warming, cuddly plush side and a cooling, soft upholstered side Warming cover: to protect against cold, hard floors and keep joints and muscles moving smoothly Ideal base for a dog bed: thanks to rounded edges Produced in the EU: to German quality standards Easy to care for cover: removable and washable at 30°C Colour: grey Material: Cover: 100% polyester Filling: gel foam flakes Dimensions: Size M: 80 x 60 x 15 cm (L x W x H) Size L: 100 x 70 x 15 cm (L x W x H) Size XL: 115 x 75 x 18 cm (L x W x H)