Classic oval dog bed covered on the outside in a heavy duty, hard wearing material and lined inside with a soft but durable thermal Sherpa fleece. These beds are so practical, warm and cosy. The classic oval shape suits all dogs and the high sides make them draught-free.
The inner lining is thermal Sherpa fleece which will keep your dog warm and comfortable, even in the cold winter months. The thick base cushion is removable for easy separate washing.
Choose from a grey or tweed outer material with soft fleece lining.
The high sides are filled with bonded Thermal Polyester Fibre, making them super insulated. If your dog likes to feel extra secure in their own special place or is older or prone to feeling every little draught on the floor, these beds are for them.
These dog beds are fully machine washable - in fact they are specifically designed and manufactured to keep their shape after washing. Perfect.
- Insulated
- Durable
- Comfortable
- Practical
These quality P&L dog beds are made using upholstery grade fabrics and fillings. UK made.
Size guide - P&L oval dog beds
Size | Length (internal) | Width (internal) | Height (internal) | Base Cushion (thickness) |
Intermediate | 51cm | 41cm | 20cm | 7cm |
Medium | 61cm | 51cm | 22cm | 7cm |
Large | 76cm | 64cm | 24cm | 8cm |
Jumbo | 90cm | 74cm | 25cm | 8cm |
For external measurements add approximately 10cm
Please note - all measurements given are subject to slight variations due to the manufacturing process.
Fibre Filling used 80% recycled product and complies with Furniture & Furnishings Fire & Safety Regulations 1988. Amendment 1989 for polyester fillings. Statutory Instruments 1988 No 1324.
Size guide - P&L oval dog beds
Size | Length (internal) | Width (internal) | Height (internal) | Base Cushion (thickness) |
Intermediate | 51cm | 41cm | 20cm | 7cm |
Medium | 61cm | 51cm | 22cm | 7cm |
Large | 76cm | 64cm | 24cm | 8cm |
Jumbo | 90cm | 74cm | 25cm | 8cm |
For external measurements add approximately 10cm
Please note - all measurements given are subject to slight variations due to the manufacturing process.