Overview

This document presents technical information on various types of shutters and panels used in residential and institutional buildings, focusing on opaque and perforated designs. The materials and models are intended for sliding and folding shutter systems in apartment blocks, schools, and collective housing.

Product Types and Materials

• Opaque Shutters and Panels: Includes Full Opac, Full Ona Opac, and Panell HPL Opac models, all designed to provide full opacity for privacy and light control.
• Perforated Shutters and Panels: Includes Full Perforat, Full Ona Perforat, and Panell HPL Perforat, featuring multiple perforation patterns for ventilation and aesthetic variation.
• Metalic Expandit: Expanded metal models available in various patterns, offering durability and design flexibility.

Frame Profiles and Dimensions

Frame profiles are standardized with dimensions such as 50mm and 60mm thicknesses, specifically 50.60L and LM.48 models. These profiles are compatible with the different panel types and ensure structural integrity.

Materials and Finishes

• Steel (acero/acier)
• Copper (cobre/cuivre)
• Zinc composite HPL (High-Pressure Laminate)
• Aluminum (ALU)

The choice of material affects durability, appearance, and suitability for different architectural contexts.

Applications and Architectural Context

The products are used in multifamily housing (vivienda plurifamiliar), apartment blocks, and schools, with projects cited in Barcelona and Terrassa by architects such as Santiago Vives, GCA Arquitectes, and MMCM Arquitectes.

Design Features and Options

• Multiple perforation patterns allow customization of light and airflow.
• Various expanded metal models provide aesthetic and functional options.
• Shutters are available in sliding and folding configurations to suit different architectural needs.

Summary of Key Specifications

Best Practices and Recommendations

• Select panel type based on desired opacity and ventilation needs.
• Choose frame profiles compatible with panel thickness for optimal installation.
• Consider material properties for environmental exposure and maintenance.
• Utilize multiple perforation and expanded metal patterns to enhance architectural aesthetics.

Conclusion

The document provides a comprehensive overview of shutter and panel options for architectural applications, emphasizing modularity, material variety, and design flexibility. These products are suitable for diverse building types, offering solutions that balance privacy, ventilation, and visual appeal.