Bathtub Vita 1800x800 with legs white A24T074000

Comfort and functionality in your bathroom

The Roca Vita bathtub is the perfect solution for those who value relaxation and bathing comfort. Its rectangular shape combined with high-quality workmanship makes it perfectly suited to modern bathroom arrangements. Its dimensions – 1800 mm in length and 800 mm in width – provide comfortable use even for people above average height.

The bathtub is made of durable acrylic, which is characterized by excellent insulation properties. This keeps the water warm for longer, allowing you to fully enjoy your bath. The smooth acrylic surface is also easy to clean – just regular cleaning with mild detergents.

The bathtub's construction is reinforced with legs that provide stability and allow height adjustment. This is particularly important during installation, as it allows you to adapt the bathtub to the individual conditions of the bathroom. The drain located on the side makes it easy to drain the water and ensures comfortable use. The bathtub has a capacity of as much as 1800 liters, which guarantees freedom of movement during bathing.

• Made of high-quality acrylic – guarantees durability and resistance to damage.
• Rectangular shape – fits most bathroom arrangements.
• Legs included – stability and height adjustment.
• Side drain – convenience and easy water drainage.
• Large capacity (1800 l) – comfortable bathing for one or two people.
• Height of 610 mm with legs provides comfortable use without the need to install high skirting boards.

It is worth knowing that the Roca Vita bathtub meets all safety and quality standards applicable in the plumbing industry. This is an investment for years to come that will provide you with relaxation and comfort for a long time. Acrylic, from which the bathtub is made, is a material commonly used in the production of bathtubs due to its thermal insulation properties and resistance to cleaning agents. The legs included in the set allow for precise leveling of the bathtub during installation, which translates into the stability of the entire structure and safety of use.