Corner shower enclosure with 3 elements, Milano Line model, 100% matte black stainless steel hardware, 180° hinge, adjustable bar, 8 mm bronze tempered glass, 70x70 cm, height 195 cm, S/S hinge

Milano Line Black shower cabin, made of 8 mm tempered glass – 3 elements, glass-to-glass hinge, matte black stainless steel hardware

Modern corner shower cabin, consisting of 3 elements: a fixed side panel and a front part made up of a fixed panel and a swing door attached directly to the glass (glass-to-glass hinge). The minimalist design and premium materials transform any bathroom into an elegant and functional space.

Made of 8 mm thick tempered glass, with polished glossy edges, the cabin offers durability, safety, and a premium look. All hardware is made of high-quality matte black stainless steel, resistant to moisture and corrosion.

Features:

• Cabin composed of 3 elements: 1 door + 2 fixed panels
• Glass-to-glass hinge – the door is attached to the front fixed panel
• Tempered glass 8 mm, durable, with a glossy finish
• Modern, minimalist design
• Complete hardware made of matte black stainless steel

Available sizes:

70x70, 70x80, 70x90,
80x80, 80x90, 80x100, 80x110, 80x120,
90x90, 90x100, 90x110

Package includes:

• 3 tempered glass panels (1 door + 2 fixed)
• Matte black stainless steel hinges (2 pieces)
• Profiles and fixing elements made of MATTE BLACK STAINLESS STEEL
• Door handle
• 2 adjustable stabilizing bars with 180-degree angle
• Sealing gaskets
• Complete installation kit
• Installation instructions

Advantages:

• Elegant look with direct glass-to-glass attachment
• High stability and durability
• Excellent moisture resistance (matte black stainless steel hardware)
• Easy maintenance
• Secure packaging for courier transport

Important:

• Shower tray is not included in the price
• The cabin is made to order and can also be custom-sized
• For other sizes or configurations, please contact us
• Please read the conditions for a custom order in “Order and Return Conditions”

Recommendation: installation should be performed by specialized personnel for safety and optimal operation.