Large lifting horizontal sliding door
●HS-110 super large lifting horizontal sliding door
Da Vinci's famous saying: Simplicity is the ultimate in delicacy.
Cement and technology have blocked the communication between man and nature, but nature is still everywhere.
The super-lifting horizontal sliding door takes advantage of its own advantages. When a large area of landscape appears in front of the door and window, it can not only give the space a vigorous vitality, but also create a majestic and super beautiful landscape atmosphere, and can effectively introduce light to make the indoor space more It has vitality and makes the visual degree more abundant.
Live shooting: Banqiao Leju Building Materials Knowledge Center
HS-110 super large lifting horizontal sliding door Product features:
●單片內扇最大的尺寸可達300cm寬、300cm高，一次可安裝三拉、四拉，超低門檻設計，出入暢通無阻。
●Large landscape vision creates a comfortable, luxurious, high-quality home space.
●Break through the design of the linkage handle in the aluminum window sector using the principle of leverage. When the door leaf is lifted, the airtight bead material will be separated from the outer frame, reducing the frictional resistance of the door opening and closing. 6~8 guide wheels are placed on the bottom edge, so when the door is opened and closed Quite labor-saving.
Product specifications:
窗框(框厚)
製造寬度
製造高度
玻璃溝槽
11CM
﹙最小﹚1500mm
﹙最大﹚6000mm
﹙最小﹚1800mm
﹙最大﹚3000mm
16mm
(建議可搭配單層玻璃、膠合安全玻璃、複層玻璃、內藏百葉)
門扇開法：
Two fans
Three fans
●It replaces the manufacturing restriction of the traditional horizontal sliding window, which is too large, and it is easy to operate, easy to open and close, good sealing performance, wind and noise prevention is definitely better than any traditional products.
Scope of application: restaurants, landscaped mansions, homestays, restaurants, indoor open spaces, areas facing gardens, or large first-floor stores...etc.
●The pulley block is made of needle roller bearings and high-grade synthetic materials, and the rollers inside the door leaf can be easily slid and pushed and pulled by the function of the linkage structure.
