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INCO 30.5 Curved

cubierta

Non-self-supporting curved roofing
Cover width: 1.050 mm
Profile depth: 30 mm
Profile pitch: 210 mm

Roofing

Geometry

The INCO 30.5 Curved profile is used as a non-self-supporting curved coating profile on simple or multi-layer roofs of industrial warehouses, shopping centers, sports facilities and other buildings. This profile is an economical and resistant option for the different non-self-supporting curved roof solutions, with intermediate supports, offering a cover width of 1,050 mm, a profil depth of 30 mm and a profile pitch of 210 mm.

It is available in both galvanized steel and a variety of painted colors. Additionally, for interior applications that require improved acoustic absorption, it can be manufactured from micro-perforated steel.

Industrial: hangars, warehouses and production centers
Logistics: warehouses and distribution centers
Commercial: canopies and shopping centers
Public: schools, markets and hospitals
Sports: stands, sports courts and pavilions
Agricultural: stables, farms and sheds

Minimum/maximum manufacturing length: 2 / 8 m
Thickness range: 0,60 | 0,70 | 0,75 | 0,80 | 1,00 | 1,20 mm
Minimum order: 250 m²
Package weight: 1.500 – 2.000 kg
Color: White RAL 9003. Others on request

Galvanized steel (Z) and Magnelis (ZM)
Standard painted steel (15-25 µm)
High-performance steel (35-200 µm)
Perforated for acoustic solutions

Catálogo general

Descargue nuestro catálogo para conocer toda la gama de productos de cerramiento industrial, así como los sistemas constructivos asociados, que incluyen cubierta industrial, cubierta deck, fachada industrial, forjado colaborante, encofrado perdido y cubiertas curvadas autoportantes.

Curved roof for a factory of plastic trays with a precast concrete structure in Reocín (Cantabria) -Spain

The curved self-supporting sandwich roof solution has been chosen to cover the 4700 m² of this new logistics platform in Reocín - Cantabria.

Mercedes Benz Dealership

Curved sandwich roof made with INCO 30.5 Curved profile. The rectangular floor is composed of the intersections of the barrel vaults.

3,500 m² of multilayer curved roof rehabilitation for DS Smith in Andorra (Teruel) – Spain

The repair of the DS Smith roof, which collapsed due to the snowfall from storm Gloria last year 2020, has been carried out with the multilayer system made up of the INCO 70.4 self-supporting curved profile and the INCO 30.5 cladding profile. This multilayer solution has included the solution of skylights with the INCO 70.4 Curved profile, microperforated on the inside and the Incopol INCO 30.5 curved polycarbonate profile on the outside.

Expansion of a distribution centre with precast concrete structure for Marcotran in Pedrola (Zaragoza) – Spain.

The Curved Self-Supporting Roofing system with INCO 70.4 has been used in the expansion of the Distribution Centre for Marcotran in Zaragoza.

Self-supporting curved sandwich roofing for a WOK restaurant in Mallorca (Spain)

The WOK restaurant has chosen the self-supporting curved system to cover it. This system has it own curved trimming.

Aquarim with curved roofing in Roquetas de Mar (Almería) – Spain

Curved metal sheet, blue RAL 5009 color with INCO 30.5 profile.

HARLEY DAVISON dealership in Albuixec

Vault-shaped curved roof using INCO 72.1 Tray INCO 30.5 Curved profiles

Curved roofing system for showroom in Meknes (Morocco)

System composed by curved cover substructure system, isolation and finally covered curved solution in two directions.

Chiva School

Sandwich roof and false ceiling joined by means of a curved, smooth flashing.

Curved Roofing INCO 30.5 in a recreation area in San Antonio Abad School in Valencia- Spain

This time, INCO 30.5 has been used for covering a school playground San Antonio Abad (Salesianos).

Projects

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Building characteristics

Number of supports ⁽¹⁾

Span 1 length (m)

Span 2 length (m)

Span 3 length (m)

Roofing support profile

Profile support width (mm)

Roof type

Angle inclination (º)

Industrial roof application loads

Permanent load (kg/m²)

Wind load (Pressure), q (kg/m²)

Wind load (Suction), q (kg/m²)

Live load (kg/m²)

Snow load (kg/m²)

Altitude (m)

⁽¹⁾ For sections of the roof profile with 2, 3, 4 or more supports, indicate the greatest distances between supports that appear in your project.

Type of environment

Exterior environment

Indoor environment

Attached documentation

Structure plans

Additional comments

Comments

Contact information

Company

Company type

Name and surname

Telephone

Project data

Project reference

Total area (m²)

Location

Province

Country

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Características de la edificación

Número de apoyos ⁽¹⁾

Longitud vano 1 (m)

Longitud vano 2 (m)

Longitud vano 3 (m)

Perfil de apoyo de la fachada

Ancho de apoyo del perfil (mm)

Tipo de fachada

Cargas de solicitación de la fachada industrial

Sobrecarga de viento presión (kg/m²)

Sobrecarga de viento succión (kg/m²)

⁽¹⁾ Para los tramos del perfil de fachada con 2, 3, 4 o más apoyos, indique las mayores distancias entre apoyos que se presentan en su proyecto.

Tipo de ambiente

Ambiente exterior

Ambiente interior

Documentación adjunta

Planos de la estructura

Comentarios adicionales

Comentarios

Datos de contacto

Empresa

Tipo de empresa

Nombre y Apellidos

Teléfono

Datos de proyecto

Referencia del proyecto

Superficie total (m²)

Localidad

Provincia

País

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Building characteristics

Number of supports ⁽¹⁾

Span 1 length (m)

Span 2 length (m)

Span 3 length (m)

Roofing support profile

Profile support width (mm)

Roof position

Angle inclination (º)

Deck loads

Permanent load (kg/m²)

Wind load (Pressure), q (kg/m²)

Wind load (Suction), q (kg/m²)

Live load (kg/m²)

Snow load (kg/m²)

Altitude (m)

⁽¹⁾ For sections of the roof profile with 2, 3, 4 or more supports, indicate the greatest distances between supports that appear in your project.

Type of environment

Indoor environment

Attached documentation

Structure plans

Additional comments

Comments

Contact information

Company

Company type

Name and surname

Telephone

Project data

Project reference

Total area (m²)

Location

Province

Country

How did you know us?

I have read and accept the Privacy Policy

Structure features

Number of supports ⁽¹⁾

Span 1 length (m)

Span 2 length (m)

Span 3 length (m)

Composite slab characteristics

Use category

Slab height limitation

Maximum slab height (mm)

Permanent load (kg/m²)

Live load (kg/m²)

Snow load (kg/m²)

¿unpropped?

Fire resistance

Nivelation concrete (mm)

Embedded in the structure?

Inclined slab

⁽¹⁾ For the sections of the composite slab with 2, 3, 4 or more supports, indicate the greatest distances between supports that appear in your project. Span length <5,00 m.

Type of environment

Indoor environment

Attached documentation

Structure plans

Additional comments

Comments

Contact information

Company

Company type

Name and surname

Telephone

Project data

Project reference

Total area (m²)

Location

Province

Country

How did you know us?

I have read and accept the Privacy Policy

Building characteristics

Maximum span of the vault (m) ⁽¹⁾

Vault depth (m)

Number of vaults (ud)

Structure type

Height of roof supports (m)

Distance between supports (m)

Characteristics of the facade

Front facade openings (%)

Rear facade openings (%)

Left side facade openings (%)

Right side facade openings (%)

Average height of the opening (m)

Frontal obstruction area (m²) ⁽²⁾

Lateral obstruction area (m²) ⁽²⁾

Roof typology

Roofing type

Cladding profile

Cladding profile thickness (mm)

Insulator Type

Insulation thickness (mm)

Separator profile spacing (mm)

Separator profile thickness (mm)

Separator profile

⁽¹⁾ Indicate the length of the span of the arch, which is the greatest horizontal distance between the supports of the curved roofing.

⁽²⁾ Indicate the obstructed area under the canopy in m² in relation to the total area of the front or side facade (transverse or longitudinal) to determine the obstruction factor. If it is a closed construction or there is no obstruction area, indicate 0 m².

Environment characteristics

Determination of snow load

Degree of harshness of the environment

Type of environment

Exterior environment