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KANT | MODULAR

KANT | MODULAR

€319,00
Free shipping.

The KANT | MODULAR is a wall-mounted, modular shelving system made from V2A stainless steel. Individual, bent shelves are visibly guided by wire ropes, forming an open, vertically organized system that can be individually configured and expanded.

The construction follows a clear material and system logic: each shelf is an independent module and can be freely combined in number, position, and width.

Dimensions

  • Shelf width, upper load-bearing sheet: 85 cm
  • Shelf depth: 21 cm
  • Total height: 100 cm

Material & Construction

  • Material: V2A stainless steel
  • Upper load-bearing sheet: 2 mm
  • Lower shelves: 1 mm
  • Manufacturing: precisely bent sheets, visibly mounted
  • Surface: brushed

The stronger upper sheet carries the main load, while the sheets below are designed to be functional and material-efficient.

Suspension & Mounting

  • Suspension: 6 wire ropes (1.5 mm steel), 100 cm each
  • Wall mounting:
    • fischer DuoPower anchors 8 × 40
    • Lag screws
    • Cap nuts

Modularity & Expansion

KANT | MODULAR is designed as an expandable system: 3 to 4 shelves in 45 cm or 85 cm width can be freely combined, positioned, and adjusted at any time via the configurator.

Example configurations:

  • 3 × 45 cm
  • 2 × 45 cm + 1 × 85 cm
  • 4 × 45 cm
  • 2 × 45 cm + 2 × 85 cm

Weight

Approx. 6 to 10 kg, depending on configuration.

Load capacity

Maximum recommended load: approx. 20 kg total
(evenly distributed across all shelves, max. approx. 8 kg per shelf)

Installation notes

Install only on load-bearing masonry (e.g. concrete, solid brick). Not suitable for drywall or lightweight partition walls. Mounting height and shelf spacing are freely adjustable.

Surface

Fingerprints and signs of use are typical of V2A stainless steel and can be removed by cleaning.

Use

Suitable for kitchen, bathroom, office, or living areas for books, everyday items, and light objects.

Liability

No liability is assumed for damage caused by improper installation, unsuitable wall surfaces, overloading, uneven load distribution, or structural modifications to the product.

Fotos: © Susanne Oberhollenzer