Aluminium Window Superial

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Brand: Aliplast
What you get
  • Profile drainage available in two variants – traditional or hidden
  • The possibility of bending profiles
  • Very good thermal insulation parameters thanks to special thermal inserts

 

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This product

Aluminium Window Superial

Aluminium Window Superial

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Superial

One of the the most versatile systems in our offer. In addition to the production of standard doors and windows; Superial is also used for hopper windows and out-swung windows.  Windows made on the basis of this system can also be used to create facade systems, both in residential and public buildings.

Superial – benefits

  • Window frame installation depth: 75 mm
  • Sash depth: 84 mm
  • Maximum sash dimensions: 1500 mm x 3000 mm
  • Maximum sash weight: 120 kg
  • Glazing thickness up to 61 mm
  • 3-chamber profile structure
  • Bent-formed profiles available
  • Two drainage types: standard or concealed
  • Single and double-leaf casement doors available with a low threshold
  • Very good thermal insulation parameters thanks to special thermal inserts placed between thermal breaks and around the glass
  • Two enhanced thermal performance versions: Superial (i) and Superial (i+)
  • Superial OUT – the subsystem for designing tilt and turn windows, with the frame and sash surface completely flush from the inside
  • Superial US – the subsystem with thermal insulation designed for the construction of windows with a hidden sash, invisible from the outside

Specifications

BrandAliplast
Depth of the frame [mm]75
Maximum thickness of the glazing unit [mm]61
Number of chambers3
Number of gaskets2
U-value1.1 - 1.7
Wind resistanceC5/C4
Water resistance5A
Acoustic insulation29 - 38 dB
Air permeabilityClass 3
Specification - Read more

Uw (U-value)

The window’s heat transfer coefficient. It informs you about the level of window thermal insulation. The Uw (U- value) shows how much heat will penetrate 1 m2 of a window in one hour, with a difference between the temperatures on both sides of the window of one degree. This means that the lower the Uw coefficient, the better the window’s thermal insulation is.

Acoustic insulation (Rw)

Acoustic insulation coefficient. It determines the insulation of the window against noise from the outside. The unit of measurement is decibels (dB). This parameter is influenced by: the thickness of the glazing in the glazing unit, the use of PVB laminated glass or the use of an acoustic foil. 

Thickness of the glazing unit

A glazing unit is a structure consisting of two, three, or even four panes of glazing separated from each other by a distance frame, sealants and vapour-absorbing gas (argon \ krypton). The thickness of the glazing unit is the overall measurement, from the outside glass surface to the inside glass surface. The average double glazing thickness is about 24 mm while triple-glazed windows are 42 – 48 mm in thickness on average. The number of panes in a glazing unit affects the improvement of the U-value parameter

Number of chambers

The number of chambers in the window affects the thermal insulation of the window. The chambers keep air from circulating and in this way they create an additional insulating layer. Energy-saving (passive) windows most often come with a 6-chamber structure and a built-in depth of over 80 mm. Window chambers also increase the structural strength of a window and add to its overall stiffness

Number of gaskets

window gaskets prevent draughts and water from entering into your home. They are also a barrier for the outside noise and an effective way to keep warm air in – and thus, lower your energy bills. Two gaskets are necessary for the window to fulfil its function properly, while the central (third) gasket is not necessary. However, it has been proven that window structures with a central gasket are tighter, both in terms of air permeability and water-tightness, than structures without a middle gasket. Also, third gasket affects the improvement of the U-value parameter.

Wind resistance

It is one of the most important properties of windows and doors. It determines the safety of the entire structure, as it indicates the amount of pressure caused by wind that the window or door structure is able to resist without serious damage. The classification of wind-resistant windows is carried out in accordance with PN-EN 14351-1. The wind load resistance of the window is described by two symbols: the number (1-5) which indicates the pressure of wind applied to the product and the letter (A-C) which indicates the amount of accepted deflection.

Water resistance

It is the capacity to avoid water leakages under wind and rain at the same time. Leakage is defined as the appearance of uncontrolled water (other than condensation) on the inner surface of the product. Obviously, the doors and windows with good waterproof performance can effectively prevent water from entering into their internal structure and – as a result – ensure a longer service life. The classification ranges from Class 0 (no test) to Class 7A for windows and Class 3A for doors.

Air permeability

It is the measurement showing how easily air can pass through a window or a door. The European Standard regarding air permeability in windows and doors is EN 12207. It classifies windows or doors according to their capability to prevent air travel through the system. This capability is measured on a scale, from Class 1 (less tightness) to Class 4 (higher tightness). A window or a door system with a higher level of air tightness is more energy-efficient, as less heated air escapes through it. 

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