DEANTE afvoergoot 90 cm - omkeerbare lineaire doucheafvoer

The DEANTE KOS 009D Floor Drain is a high-quality linear shower drain designed for modern wet rooms and walk-in showers. With a length of 90 cm and a reversible grate that accepts tile inserts or brushed stainless steel, it offers flexibility to match any bathroom aesthetic. Made from AISI 304 stainless steel, it ensures excellent corrosion resistance and durability. The drain features a removable easy-clean siphon with a water seal depth of 25 mm, adjustable feet for precise installation, and a flow rate of approximately 50 L/min. It is load class K3 rated (up to 300 kg) and includes a sealing mat, grate removal hook, adjustable feet, and a reducer DN40/50.

Advantages

High-quality AISI 304 stainless steel construction ensures long-lasting performance and resistance to corrosion. The reversible grate allows for either a tile insert to blend seamlessly with your floor or a brushed stainless steel finish for a modern look. Easy-clean siphon simplifies maintenance, and adjustable feet enable perfect alignment during installation. With a high flow rate and K3 load rating, it is suitable for both residential and light commercial use.

Suitable for

• Walk-in showers
• Wet rooms
• Bathrooms
• Barrier-free shower areas

Key specifications

• Drain Type: Linear Shower Drain
• Length: 900 mm (90 cm)
• Grate Type: Reversible (Tile Insert / Brushed Stainless Steel)
• Material: AISI 304 Stainless Steel
• Outlet Diameter: DN50 (50 mm)
• Flow Rate: Approx. 50 L/min
• Minimum Installation Height: 70 mm
• Siphon Type: Removable, Easy-Clean
• Water Seal Depth: Approx. 25 mm
• Adjustable Feet: Yes
• Load Class: K3 (up to 300 kg)
• Included Accessories: Sealing mat, Grate removal hook, Adjustable feet, Reducer DN40/50
• Finish: Brushed Stainless Steel
• Mounting Type: Floor-mounted

Recommendations

For best results, ensure proper slope during installation (minimum 1-2% gradient). Pair with a suitable drainage system and waterproofing membrane for complete wet room solutions.