Sliding and retractable SMARTIA M450 thermal insulation system

Description

SMARTIA M450 is the new generation advanced system for minimal retractable and simple sliding frames. It meets the demanding specifications of modern buildings, providing high thermal insulation performance and aesthetically upgrading the space with its modern design.

Advantages

Minimal and innovative design with only 25 mm of visible aluminum at the overlap point, both for retractable and simple sliding typologies
Very significant energy savings thanks to the excellent energy efficiency of the system
Maximum ease of use and high functionality
Driver with hidden drainage, reduced depth and ease of cleaning
Excellent level of Security
Easy access during use, with specifications for the disabled and children
Plenty of construction solutions
Excellent quality with certified performance

General Features

TYPE OF SYSTEM
Retractable, Sliding

THERMAL INSULATION
Yes

EXTERNAL APPEARANCE
Straight

Technical Features

CASE DEPTH 113 mm	MINIMUM CONSTRUCTION HEIGHT APPEARANCE 124.5 mm retractable, 114 mm sliding	MINIMUM APPEARANCE OF CENTER COLUMN WIDTH (COLLECTION) 124.5mm retractable, 114mm sliding
TYPE OF GLAZING Double - Triple	MAXIMUM GLAZING THICKNESS 36 mm	MECHANISM Retractable mechanism Sliding mechanism	TYPE OF SEALING Perimeter with triple membrane brushes and/or EPDM rubbers
MINIMUM FLOOR HEIGHT 45 mm	MINIMUM APPEARANCE OF CENTER COLUMN WIDTH (COLLECTION) 25 mm	SHEET DEPTH 45 mm

Performances

AIR PERMEABILITY 4	WATERPROOF 9A	AIR PERMEABILITY 4	SOUND REDUCTION 40dB
RESISTANCE TO WIND PRESSURE C3

Features

BUILDING TYPES
Overlays, Fillets, Combinations with sieve, Poured

SHEET WEIGHT
up to 200 Kg retractable, up to 180 Kg sliding

UF THERMAL INSULATION
from 1.3 W/m²K

TYPOLOGIES

All typologies available

Double-paned sliding window	Retractable double layer with screen	Four-leaf kissable overlapping retractable	Clover superimposed retractable	. Double layer sliding	Double superimposed slide with sieve
Clover superimposed sliding	Four-leaf superimposed sliding