The key to energy saving of fast door is to make the door have high strength, high air tightness, high water tightness, high precision, excellent heat insulation and sound insulation performance. The key to energy saving of fast door is that it has high thermal insulation and heat insulation performance on the premise of its application function. As for office and consumer workshops, it has become a necessary condition to use air conditioning for refrigeration in summer and heating or electric heater in winter.

濟(jì)南遙控卷簾門高度的密封隔熱性能有效的避免空氣的流失，而且快速門升降速度0.7m/s-2.1m/s,經(jīng)過快速開啟閉合隔絕空氣。在冬季冰冷的天氣，室內(nèi)外溫差較大，假如氣密性不高，室內(nèi)外空氣構(gòu)成壓力差。

The high sealing and heat insulation performance of the fast door can effectively avoid the loss of air, and the lifting speed of the fast door is 0.7m/s-2.1m/s, which is isolated from the air through rapid opening and closing. In the cold weather in winter, the indoor and outdoor temperature difference is large. If the air tightness is not high, the indoor and outdoor air constitutes a pressure difference.

室外冷空氣經(jīng)過縫隙室內(nèi)，形成室溫動(dòng)搖，影響室內(nèi)并耗費(fèi)大量熱能，這種現(xiàn)象我們稱之為"冷風(fēng)浸透";而在夏季酷熱天氣，室外的高溫天氣及空調(diào)制冷，空氣活動(dòng)產(chǎn)生的熱風(fēng)經(jīng)過縫隙室內(nèi)，制冷能耗。

The outdoor cold air passes through the gap and the room temperature shakes, which affects the room and consumes a lot of heat energy. This phenomenon is called "cold air infiltration"; In the hot summer weather, outdoor high-temperature weather and indoor air conditioning refrigeration, the hot air generated by air activities passes through the gap indoor, which reduces the refrigeration energy consumption.

無論是冰冷還是酷熱，在氣密性不好的狀況下，室內(nèi)外的溫差都將耗能的，因而，快速門的氣密性能是其的一個(gè)重要措施?？焖匍T采用新型高頻焊接技術(shù)，全自動(dòng)拼接一次成型，且 門簾底部裝有氣囊布兜，能同各種不平整空中密封分離，導(dǎo)軌內(nèi)置毛刷，以到達(dá)高度密封效果。

Whether it is cold or hot, the temperature difference between indoor and outdoor will consume energy under the condition of poor air tightness. Therefore, the air tightness of fast door is an important measure of energy saving. The fast door adopts new high-frequency welding technology, fully automatic splicing and one-time forming, and the air bag cloth pocket is installed at the bottom of the door curtain, which can be sealed and separated from various uneven air. The guide rail is equipped with a brush to achieve a high sealing effect.

門的密封性和好：該門的底部，頂部及軌道兩側(cè)采用了三元乙丙密封，是門板和門框完整貼合，起到好的密封和效果。門的保溫效果好：門板的內(nèi)部采用了保溫效果好的聚氨酯發(fā)泡，并且密封性能好。

Good sealing performance and energy saving of the door: EPDM seal is adopted at the bottom, top and both sides of the track of the door, which is a complete fit between the door panel and the door frame, playing a good sealing and energy-saving effect. Good thermal insulation effect of the door: polyurethane foam with good thermal insulation effect is used inside the door panel, and the sealing performance is good.

能有效的避免門外部空氣的進(jìn)入和門內(nèi)部空氣的流失。儉省廠房空間：提升門這種由上下，由下上的滑動(dòng)方式，給廠房極大的儉省了運(yùn)用空間，也便當(dāng)人員和貨物的頻繁出入，進(jìn)步了門的運(yùn)用年限。

It can effectively avoid the entry of air outside the door and the loss of air inside the door. Saving plant space: the sliding mode of the lifting door from top to bottom and from bottom to top has greatly saved the use space of the plant, facilitated the frequent access of personnel and goods, and improved the service life of the door.

抗風(fēng)等級(jí)高：大于或等于10級(jí)，作為一種外用門，升門的抗風(fēng)等級(jí)較普通外用門的等級(jí)有所進(jìn)步，避免門在運(yùn)用的狀況下呈現(xiàn)變形，容易損壞形成不用要的維修費(fèi)或者頻繁換門。

High wind resistance grade: greater than or equal to grade 10. As an external door, the wind resistance grade of the rising door is better than that of the ordinary external door, so as to avoid the deformation and easy damage of the door under the condition of use, resulting in unnecessary maintenance costs or frequent door replacement.

平安系數(shù)高：的提升門有4層平安保證，分別是底部平安氣囊，鈕簧防斷安裝，鋼絲繩防墜安裝，軌道末端緩沖器，平安系數(shù)很高。本文我們就為大家分析到這里。

High safety coefficient: the liftgate has four layers of safety assurance, including bottom safety airbag, button spring anti breaking installation, steel wire rope anti falling installation, and track end buffer. The safety coefficient is very high. In this paper, we will analyze it for you.