Wood Mullion-transom System Window with Arbitrary Open Point

Specifications

Wood mullion-transom system window

Timber curtain wall

New energy-saving products-THERM+ Column Crossbeam System

The press conference in Great Hall of the People:

Product Instruction:

THERM+ H-I / THERM+ H-V 

The THERM+ timber curtain walls provide a thousandfold approved glazing technology for application on structural frames made of any timber based material from 50 mm width. For a sustainable and lasting function the consistent system design assures a strict separation between the structural and design levels made of timber and the functional components made of aluminium and EPDM.
 

THERM⁺ H-I

for curtain walls, conservatories and sloped glass roofs with an inclination down to 2°, thus also ideal for any type of timber-aluminium conservatory.

THERM⁺ H-V 

is ideal for slim-line, economical curtain walls, with reduced interior gasket dimensions.

• Fast and simple screw fixation of the base profile also possible with the use of an automatic screw gun
• Smooth screw fastening due to the aluminium screw channel
• No components going directly from the exterior into the wood

wood mullion-transom system window

Wood mullion-transom system window is revolutionary product, which fills in a gap in glass curtain wall. The wood frame was jointed with precision high-intensity hardware T formed. The whole structure is solid and jointing structure is flexible and . Even in the developed European construction industry, it belongs to advanced product. Not only passed through dignity affection of traditional curtain wall, but also the of fussy inside structure, decoration, fast conductivity and energy wasting. Wood mullion-transom system window use precision hardware fitting and special connection ways. It can make extreme length beam in the air. The style of inside wooden decoration highlights the dignity, and is a successful combination of inside decoration and outside. It is the most kind of fashionable construction ways in the world so far.