"Passive system door" as one of the components of passive house, also known as ultra-low energy consumption building products, belongs to green building. Through a series of builds, including environmental protection, thermal insulation, sound insulation, air tightness, water tightness, wind pressure resistance, etc., to fully meet the needs of passive buildings.
1. TINNO passive system door selected high-quality imported materials, after many repeated tests, testing and shaping, and in the process of processing the use of special treatment of sound insulation layer, so that the sound on the side of the door needs to go through multiple cut-off reflection and reduction, to achieve the isolation of noise up to 37 decibels of excellent sound insulation effect.
2.TINNO passive system door has the characteristics of water resistance, water collection, drainage and waterproof backpouring functions in one, coupled with four special original sealing strips, and the bottom sills through structural optimization, effectively ensure that there is no gap at the joint of the frame fan, and then significantly improve the overall waterproof performance.
3. Under the action of wind pressure and hot pressure, air tightness is an important control index to maintain the stability of building insulation performance. The higher the air tightness performance level, the smaller the heat loss. TINNO Passive system doors have an airtight performance of class 8, which greatly reduces heat loss.
4. When the typhoon passes through, the uprooted trees, broken doors and Windows, etc., are all the consequences caused by the raging storm surge of 9-10. TINNO Passive system doors have a wind pressure rating of 9, the higher the rating, the stronger the wind pressure resistance, and can easily withstand the invasion of category 10 hurricanes.
5. The thermal insulation of TINNO passive system doors reaches level 10, with a K value of 0.8. The insulation coefficient K value decreases with the increase of the grade, the insulation performance is getting better and better, and the effect of energy saving and environmental protection is also more significant, which can effectively improve the comfort degree of the building in temperature, hearing, vision and health.
Bridge breaking process of the TINNO system entrance door
The unique multi-cavity profile, coupled with the fine Angle injection process, makes it extremely strong and non-deformed, and it is maintenance-free. The broken bridge aluminum as a whole performs well in terms of tensile strength, shear strength and thermal deformation resistance. This durable broken bridge aluminum profile is not susceptible to acid and alkali erosion, nor is it easy to yellow and fade, and almost no special maintenance is required.