LAMINAM

CUSTOM COVERAGE

Size
65.000 m2

Location
BORGO VAL DI TARO

Year
2022

Project

PANELS:
EUROCINQUE HP, THERMO G5; VELARIO;
BUILDING DIMENSIONS: 420 m x 55 m 160 m x 65 m
SHEET METALWORK DESIGNED AND MADE TO MEASURE
NUMBER OF MADE TO MEASURE PIECES: 34,000

About

A total surface area of ​​45,000 m2 and a daily production capacity of 16,600 m2 of ceramic slabs: these are some of the record numbers referring to the new Laminam plant in Borgo Val di Taro. The new production sector dedicated exclusively to large-format ceramic slabs was acquired by the Company and then completely renovated and put into operation in just 8 months of work. Everything was built from scratch; the only element retained is the structure, the skeleton of the plant. The entire roofing was entrusted to Lattonedil, which built it in record time using panels from the isoparfire series. Leaving windows and light cuts in G5 thermo coupled with Velario for absolute insulation.

Let’s get into the project

Let’s get into the project

Details

The main development themes of the integrated project were:

1) Ease of assembly and integration between polycarbonate windows and panels;

2) Use of folded panels to create the corners of the building and avoid dangerous sources of water entry due to the flashings.
Only thanks to this integrated solution between panels and polycarbonate windows was it possible to give the building that lightness that we can appreciate today.

Lattonedil has provided an excellent product. Made to measure and perfectly integrated with the demanding requirements of this project.”

ENG. Alberto Iacomussi  (IPE Progetti)

1 . Roof view

2. Eurofire panels in Colorcoat finish by Tata steel guaranteed 30 years

3. 4. Side parts of service rooms made with Isoparfire wall panels

01
l1
03
02
L2
04
1 .Cover view
l5
2. Eurofire panels in Tata Steel Colorcoat finish guaranteed for 30 years
03. Side parts of service rooms made with Isoparfire wall panels
L2
04. Side parts of service rooms made with Isoparfire wall panels

Design

A precise scan of full and empty spaces to enhance the power of the internal light