陶瓷透水磚與免燒水泥透水磚的區別?
這段時間,經常有用戶問陶瓷透水磚和免燒水泥透水磚的區別在哪里?找到這兩款產品,說說區別。陶瓷透水磚生產工藝:原料加工-色料攪拌-壓制成型-高溫燒制。免燒水泥透水磚生產工藝:原料加工-混合水泥攪拌-高壓成型-噴涂色料。工藝上來分辨的話,陶瓷透水磚使用介質是高粘性原料以及陶瓷廢料的二次燒制成型,免燒水泥透水磚利用的是水泥本身的粘性成型。
During this period, users often ask what is the difference between ceramic permeable bricks and non fired cement permeable bricks? Find these two products and talk about the differences. The production process of ceramic permeable bricks includes raw material processing, color mixing, pressing and forming, and high-temperature firing. The production process of non fired cement permeable bricks includes raw material processing, mixed cement mixing, high-pressure forming, and spraying of pigments. In terms of craftsmanship, ceramic permeable bricks are formed by secondary firing of high viscosity raw materials and ceramic waste, while non fired cement permeable bricks utilize the adhesive forming of cement itself.
表面上看的話:陶瓷透水磚表面為陶瓷小顆粒,而免燒水泥透水磚表面就是水泥面層施加顏料。
On the surface, if you look at it, the surface of ceramic permeable bricks is made of small ceramic particles, while the surface of non fired cement permeable bricks is made of cement surface layer with pigments applied.
剖面看陶瓷透水磚是大小不一的陶瓷顆粒,而免燒水泥透水磚是蜂窩狀結構陶瓷透水磚優點在于:耐用性,抗壓抗折強度,高溫燒制材料猶如家庭用瓷器,具有永不褪色的效果,受制于生產工藝,型號規格簡單。
Looking at the profile, ceramic permeable bricks are ceramic particles of varying sizes, while non fired cement permeable bricks are honeycomb shaped structures. The advantages of ceramic permeable bricks are: durability, compressive and flexural strength, high-temperature fired materials are like household porcelain, with an indelible effect, subject to production processes, and simple models and specifications.
\水泥透水磚產品規格多,因為是噴涂色料,顏色更加艷麗,價格低廉,因為是工藝簡單,水泥制品,價格低廉。缺點是耐用性不好,表面顏色易褪色,表層易脫落的缺點
\There are many specifications for cement permeable bricks, as they are sprayed with colors, which are more colorful and cost-effective. They are also made of cement products with simple processes and low prices. The disadvantage is poor durability, easy fading of surface color, and easy detachment of surface layer
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