DEANTE suihkukaappi neliö 80x80 cm kaksinkertaiset liukuovet kromi

The DEANTE KYC 642K square shower enclosure offers a perfect blend of modern design and practical functionality. With its 80x80 cm footprint and double sliding doors, it is ideal for corner installations, providing easy access and a sleek look. Crafted from 5 mm tempered safety glass with an Active Shield anti-limescale coating, this enclosure ensures durability and easy maintenance. The aluminium frame with a chrome finish adds a touch of elegance to any bathroom.

Advantages

This shower enclosure features double sliding doors with smooth operation, thanks to double top and single bottom quick-release rollers. The reversible installation allows flexibility in setup, and the magnetic seals and elastomer gaskets ensure a watertight seal. The Active Shield coating reduces limescale buildup, making cleaning effortless.

Suitable for

• Bathrooms with corner shower spaces
• Users seeking a space-saving sliding door solution
• Installations requiring a 785-800 mm width adjustment range
• Compatibility with shower trays or wet rooms (tray sold separately)

Key specifications

• Brand: DEANTE
• Model: KYC 642K
• EAN: 5908212008775
• Enclosure Shape: Square
• Nominal Dimensions (W x L): 800 x 800 mm
• Height: 1900 mm
• Glass Type: Tempered Safety Glass
• Glass Thickness: 5 mm
• Frame Material: Aluminium
• Frame Finish: Chrome
• Door Type: Double Sliding Doors
• Adjustment Range: 785 - 800 mm
• Handle Material: Metal (Chrome Finish)
• Roller Type: Double top, single bottom (quick-release)
• Installation Type: Corner
• Reversible Installation: Yes
• Surface Treatment: Active Shield (Anti-limescale coating)
• Magnetic Seals: Yes
• Gaskets: Elastomer
• Compliance: EN 14428
• Shower Tray Compatibility: Suitable for shower trays or wet rooms (tray sold separately)

Recommendations

For a complete shower solution, pair this enclosure with a compatible shower tray and a quality shower set. Ensure the installation area is level and within the adjustment range for optimal fit.