DEANTE douchekop van staal - 250x250 mm vierkante regendouchekop

The DEANTE Steel Shower Head offers a premium showering experience with its sleek square design and generous 250x250 mm size. Crafted from high-quality stainless steel (Inox) with a polished finish, this shower head combines durability with modern aesthetics. It features a single rain spray pattern delivered through anti-calc silicone nozzles that are easy to clean, ensuring consistent water flow and long-lasting performance. The shower head is compatible with standard G1/2" shower arms and can be installed on the ceiling or wall (shower arm not included). With a maximum operating temperature of 90°C and recommended water pressure of 1-5 bar, it is suitable for most household systems.

Advantages

Made from corrosion-resistant stainless steel with a polished finish, this shower head is built to last. The easy-clean silicone nozzles prevent limescale buildup, maintaining optimal water flow with minimal maintenance. The wide rain spray provides a luxurious, enveloping shower experience.

Suitable for

• Modern bathrooms seeking a minimalist, high-end look
• Ceiling or wall-mounted installations with G1/2" shower arms
• Users who prefer a gentle, rain-like shower spray

Key specifications

• Shape: Square
• Dimensions: 250 x 250 mm
• Material: Stainless Steel (Inox)
• Finish: Polished Stainless Steel
• Connection Thread: G1/2"
• Spray Patterns: 1 (Rain)
• Nozzle Material: Anti-calc Silicone
• Installation Type: Ceiling or Wall-mounted (requires separate shower arm)
• Thickness: 8 mm
• Corrosion Resistance: High
• Water Flow Type: Wide Rain Spray
• Operating Temperature: Max 90°C
• Recommended Pressure: 1-5 bar
• Cleaning Feature: Easy-clean nozzles
• Color: Silver
• Compatibility: Universal with G1/2" shower arms

Recommendations

For optimal performance, pair this shower head with a compatible G1/2" shower arm. Ensure your water pressure is within the recommended range of 1-5 bar. Regular cleaning of the silicone nozzles will maintain the rain spray effect.