Flaper George Square Mirror With Steel Frame
GEORGE Square mirror with steel frame
GEORGE SQUARE MIRROR WITH STEEL FRAME 150x150cm
Designed by Falper Studio
Square bathroom mirror with steel frame, 150cm by 150cm. Made-to-measure mirrors available up to 1.5 sqm.
INFORMATION
BRAND
Falper
DESIGNER
Falper Studio
USE
Indoor
PRODUCT TYPE
Mirror
STRUCTURE
2.5 cm fire-resistant plywood structure
DIMENSIONS
- Width : 80 - 100 cm
- Height : 2 cm
- Depth : 45 cm
COLLECTION
George
HOOKS / FRAME
Stainless steel
STRAIGHT EDGE
4mm straight edge mirrors, eco-friendly as in compliance with the European RoHS Directive (2002/95/EC) with high corrosion resistance.
MEASURE
Made-to-measure mirrors available up to 1.5 sqm
SMOKED VERSION
Mirrors available in Smoked version with surcharge_
DOWNLOADS
↓ Technical Data
↓ Technical Drawing
↓ Catalogue
↓ Finishes
FEATURES
CARE & MAINTENANCE
TITANIUM FINISH STAINLESS STEEL
Use normal neutral type and delicate detergents for household cleaning to be applied with a non-abrasive sponge or cloth, taking care not to rub against the satin-finish grain if present. Rinse with warm water and dry with a non-abrasive dry cloth. Do not use any acid detergent, solvent or aggressive substance. Especially avoid using products for cleaning stainless steel (like Sidol or Smac) because their characteristic function of removing chromium oxide from the surface of untreated glossy steel would remove the oxide that generates the titanium surface finish effect.
GLASS
For routine cleaning use normal glass cleaning products or Ph Neutral detergents, being careful to dry well. Do not use paper wool, abrasive sponges, alcohol and detergents that may leave marks. Clean glasses with cotton or synthetic cloths that do not leave residues on glass. The surface of the top is highly resistant to acids, but the internal varnish could be attacked by prolonged contact with acid or base substances. We do not recommend using acid products (anti-lime scale) or base products (bleach, caustic soda). We also recommend avoiding abrupt temperature changes (thermal stress) and not exceeding an operating temperature of 60°.