» Uf 1.5 K/m2K CT 41 mm thermal breaks | Solutions for aluminium window frame 2016-03-22 16:15:47
KXT-CT41 , 41 mm width, Uf value ≤ 1.5 W/m2K. With adjustable legs, suitable for aluminium profile with different dimensions. ...[ View More ]
KXT-CT41 , 41 mm width, Uf value ≤ 1.5 W/m2K. With adjustable legs, suitable for aluminium profile with different dimensions. ...[ View More ]
Energy-Saving Material–New Inspiration Glass Fiber Profile...[ View More ]
Use tools to measure the straightness and twist of the thermal break strip. With operation steps....[ View More ]
KXT-ICT30 (width 30mm), Uf 2.0 K/m2K. Shape "ICT", combines the advantages of the firmness of shape "I", the beauty of shape "C", the lower Uf value of shape "T". ...[ View More ]
shape "ICT", combines the advantages of the firmness of shape "I", the beauty of shape "C", the lower Uf value of shape "T"....[ View More ]
In the year of 2014, we successfully developed the 35.3 mm width polyamide thermal insulation strips....[ View More ]
IC strut, the patent of Kaxite, combines benefits of both the beauty of shape "C" and the firmness & safety of shape "I"....[ View More ]
KAXITE new Patent 41mm width thermal insulation strip Uf value below 2.0W, (in most energy-saving window systems, it could realize the Uf value below 1.5 W/m2K, and the whole window Ut below 0.8 W/m2K....[ View More ]
The Patent shape "IC" thermal breaks, have better mechanical performance than the shape "I", also can prevent from the dust, water, shaping, has a better appearance than shape "C"....[ View More ]
Shape "T" thermal breaks in aluminium frame, realizing better Uf value than the shape I and shape C thermal breaks. Breaking the air flowing in the cavity that between the polyamides....[ View More ]
Traditional shape "C" thermal break strip will not prevend dust, water from getting into the internal structure due to the gap, now we designed and realized the improved shape C polyamide thermal break -- Shape IC strut for better safety, better appearance, longer age....[ View More ]
How to calculate Uf value...[ View More ]
Advantages Of Polyamide Thermal Break Over Resin Thermal Break...[ View More ]
The thermal performance of window frames can easily be calculated using 2D numerical simulations. Several commercial software packages are available, and international standards provide a clear methodology to calculate the thermal transmittance. However, even though these methods are well known in a...[ View More ]