It has become a trend to use glass partition in office decoration. The commonly used glass includes painted glass, frosted glass, shutter, transparent glass, etc. Matching glass with other materials can create colorful and colorful effects. So how to effectively use glass for matching? Today, Kaida will share three popular collocation methods of office glass partition.

1、彩繪玻璃與鋁合金搭配

1. Matching of painted glass and aluminum alloy

彩繪玻璃與鋁合金搭配的玻璃隔斷給人氣派的質(zhì)感，又能充分的利用彩繪玻璃的通透性來采集光線，營造不同環(huán)境和氣氛，彩繪玻璃隔斷具有表達情趣、柔雅、精 準的重要材料。

The glass partition with painted glass and aluminum alloy gives popular texture, and can make full use of the permeability of painted glass to collect light and create different environment and atmosphere. Painted glass partition has important materials to express interest, softness, elegance and accuracy.

2、磨砂玻璃與鋁合金搭配

2. Frosted glass with aluminum alloy

磨砂玻璃與鋁合金搭配，具有極強的隱秘性，令人有種模糊的美感，自然表現(xiàn)出它本身擁有的各種性能。還可以于透明玻璃、彩繪玻璃、三胺板來相互搭配。使其更具室內(nèi)美感。

The combination of frosted glass and aluminum alloy has strong secrecy, which makes people have a vague aesthetic feeling, and naturally shows its various properties. It can also be matched with transparent glass, painted glass and triamine plate. Make it more indoor aesthetic.

3、百葉隔斷

3. Shutter partition

透明玻璃經(jīng)常與百葉相互結合，也叫百葉隔斷。可以手動來調(diào)節(jié)室內(nèi)的光線和室內(nèi)的隱秘性和開放性。常用在走道、財務、經(jīng)理、懂事辦公室，更具氣派、美觀。

Transparent glass is often combined with louvers, also known as louver partition. You can manually adjust the indoor light and indoor privacy and openness. It is often used in walkways, finance, managers and directors' offices, which is more elegant and beautiful.

凱達分享的辦公室裝修中玻璃隔斷搭配方法就是以上三種搭配，當然辦公室玻璃隔斷的搭配不止這三種，用心去研究你會發(fā)現(xiàn)跟多搭配方法，凱達介紹的只是當下常見的搭配方法。

The matching method of glass partition in office decoration shared by Kaida is the above three matching methods. Of course, there are more than these three matching methods of office glass partition. If you study carefully, you will find more matching methods. Kaida only introduces the common matching methods at present.