Bloc Glass 600 x 600mm Textile Synergy (LDS45) Glass: Mellow (730)

Bloc Glass 600 x 600mm Textile Synergy (LDS45) Glass: Mellow (730)BLOC by Lintex offers a square board with softly rounded corners featuring a magnetic glass writing surface combined with textile sides. This 600 x 600mm panel is 48mm deep and designed for use with super-strong magnets. Concealed fittings are supplied for a clean, seamless wall mounting. The board can be used individually or grouped with other multifunctional BLOC units for versatile display solutions. Magnetic600 x 600mm48mm Depth. Magnetic Glass Surface.

The tempered, low iron glass surface provides a smooth, durable writing area that is compatible only with super-strong magnets, ensuring reliable magnetic attachment and easy cleaning. Acoustic Textile Sides. Textile panels flank the glass surface, incorporating sound-absorbing filling to improve room acoustics while adding a tactile, stylish finish to the board. Key Features. Magnetic glass writing surface made from tempered, low iron glass. Textile sides with 48mm sound-absorbing filling for acoustic benefits. Overall panel depth of 48mm combining glass and textile materials.

Softly rounded square design measuring 600 x 600mm. Concealed fittings supplied for secure and neat wall mounting. Compatible exclusively with super-strong magnets for magnetic use. Part of the BLOC range which includes multiple variants: Glass, Textile, Cork, and News stand options. BLOC Glass variant features magnetic glass writing surface with textile sides. BLOC Textile variant is a sound absorbing panel with 48mm absorbent filling. BLOC Cork variant is a pinnable noticeboard made of solid natural cork, 48mm deep.

BLOC News variant includes a glass writing surface with a 48mm deep bentwood frame and birch news bar. Designed by Matti Klenell & Christian Hallerd. Installation & Practical Considerations. Concealed fittings supplied for secure wall mounting with a clean finish. Magnetic surface requires use of super-strong magnets only to ensure proper adhesion. Suitable for standalone use or as part of larger multifunctional group configurations