Point drain, grate, nero, 105x105 mm KOS_N01C

Point drain – efficient and aesthetic solution for your bathroom

The Deante KOS_N01C point drain is a practical solution for draining water in bathrooms, showers and utility rooms. Its compact size (105x105 mm) makes it ideal even in small spaces. Made from a combination of high-quality PP plastic and stainless steel, it guarantees durability and corrosion resistance. The matte nero finish gives it an elegant and modern look, matching various interior arrangements.

Construction and functionality

This point drain is equipped with a siphon that can be conveniently cleaned from above – a significant advantage that facilitates maintaining hygiene and preventing unpleasant odors. The siphon's flow rate is 37 liters per minute, ensuring quick and effective water drainage. The standard connection diameter (50 mm) allows for easy installation in an existing plumbing system. It is worth noting that the solid construction using stainless steel ensures long-term use without the risk of damage.

Advantages for the installer and end user

• Easy installation: Standard connection diameter facilitates integration with the existing plumbing system.
• Convenient maintenance: The siphon cleaned from above eliminates the need to disassemble the drain during cleaning – saving time and effort.
• Aesthetic appearance: The matte nero finish adds elegance and modernity to the bathroom.
• Durability: The combination of PP plastic and stainless steel guarantees resistance to corrosion and mechanical damage.
• Efficiency: A flow rate of 37 l/min ensures rapid water drainage, minimizing the risk of flooding.
• Completeness: The set includes a siphon, eliminating the need for additional purchases.
• Safety: The possibility of using dedicated cleaning agents from Deante, which are safe for the drain surface, ensuring its long-lasting aesthetics and functionality. Using appropriate preparations allows you to maintain a smooth surface, making subsequent cleaning easier and protecting against chemical reactions.