Skip to content Skip to footer

APT - Architectural Products and Technologies

APT - Architectural Products and Technologies
Close
Lapitec

House c.

House C 02
House C 03
House C 04
House C 05
Description:

Composed of two volumes, respectively double height and single-storey, and with an L-shape embracing the private garden, the style is minimalist, with interiors featuring materials including wood, Lapitec sintered stone, steel and cement, as well as customised furnishings such as the large dining table designed by the client and made entirely of sintered stone.

Lapitec’s technical and aesthetic characteristics allow it to be used in wet environments and in even in prolonged contact with water thanks to its non-porous surface, which is inhospitable to mould, fungi and bacteria. Its resistance to UV rays and chlorine make it ideal for swimming pool cladding and outdoor flooring. A full-body material that is identical on the surface and the inside, Lapitec can be cut and milled at will, making possible tailor-made projects and bespoke furnishings. Finally, Lapitec comes in different degrees of roughness, up to a friction coefficient of R12.

Colour(s) used:
colour sample

Bianco Assoluto

Application-icon
Applications:

Bathroom, Living, Pool & Spa

Design-icon
Designed By:

Cristina Comacchio and Giacomo Murador

FENIX innovative materials

All FENIX innovative materials for interior design are independently certified as Carbon Neutral.

APT is committed to planting – and protecting – one native tree in New Zealand for every FENIX sheet, panel and sink sold. In addition, a native tree will be planted for every product delivery.

Read more about APT’s environmental initiatives here >

Fenix NTM Bloom Colours

SHEET OPTIONS

0.7mm FENIX NTM Bloom sheets are available in two sizes: 3050x1300mm and 4200x1300mm.
Please note: FENIX NTM is directional. Grain direction is indicated by the arrows on the protective film. 

PRESSED PANELS MADE WITH FENIX NTM BLOOM

All New Zealand stocked FENIX ranges and colours can be supplied as a ‘pressed panel’ for vertical and horizontal applications.

Read more about Pressed Panels made with FENIX >

EDGING OPTIONS

Colour matched ABS edging is available in Laser or Standard PU ABS. All edging is available in 23mm and 43mm widths x 1mm thickness.

All FENIX innovative materials for interior design are independently certified as Carbon Neutral.

APT is committed to planting – and protecting – one native tree in New Zealand for every FENIX sheet, panel and sink sold. In addition, a native tree will be planted for every product delivery.

Read more about APT’s environmental initiatives here >

PRESSED PANELS made with FENIX

MDF

FENIX can be pressed on either 18mm MDF (Moisture-Resistant E0), 25mm or 30mm MDF (E0) resulting in an almost 20mm, 27mm or 32mm finished panel thickness. The sheet size is 3.045m x 1.220m.

BIRCH PLYWOOD

FENIX can be pressed on either 18mm or 24mm birch plywood resulting in an almost 20mm or 26mm finished panel thickness. The sheet size is 2.435m x 1.215m.

FENIX Pressed Panels are available in two options*:

  • Face Two Sides (F2S) is where FENIX is pressed onto both faces (or sides) of the substrate for a more premium option.
  • One Face One Back (1F1B) is where FENIX is pressed onto one face (or side) of the substrate, with a similarly coloured ARPA HPL (high-pressure laminate) pressed onto the back face, providing a lower cost option. (FENIX NTM Bloom is currently available in F2S only)

PANEL EDGING OPTIONS

  • Colour-matched Laser ABS edging*, and Standard ABS PU edging are available for the FENIX NTM and FENIX NTM Bloom ranges. The FENIX NTA range is only available in a Standard PU ABS edging only (not laser).
  • Laser ABS edging is available* in colour-matched 23mm and 43mm widths x 1mm thickness
  • Standard ABS PU edging unglued available in colour-matched 23mm and 43mm widths x 1mm thickness
  • FENIX Colour Core edging* in 1.2mm thickness

DARK COLOUR DESIGN CONSIDERATION

Putting dark colour benchtops and cabinetry panels into direct sunlight applications can affect the substrate performance in terms of product movement.