1、單機一次性完成碎解篩選

2、碎解濃度達14%-18%

3、不損傷纖維

4、雜質破碎率低

5、動力消耗低

1. One-time screening of crushing by single machine
 
2. The breakdown concentration is 14%-18%.
 
3. No damage to fiber.
 
4. Low broken rate of impurities
 
5. Minimum power consumption

節能水力碎漿機型號 Model

節能式水力碎漿機具有碎漿柔和，廢紙中的塑料，箔片及熱熔膠等雜質不易被過分碎解，從轉筒末端排出，減少其后篩選取的負荷，對系統規模大和廢紙中雜質含量較多時選用有較大優勢，同時運行能耗低，每噸漿只消耗15-20KW能源，維修成本低，被廣泛應用于舊報紙和雜志紙改造新聞紙、混合紙及OCC改造低檔紙板，全化學漿紙改造衛生紙，液體包裝紙，未經分選的廢紙生產商品漿等廢紙碎漿系統。
Energy-saving hydrapulper has the advantages of soft pulping, impurities in waste paper, such as plastics, foil and hot melt adhesives, are not easily broken down, can be discharged from the end of the drum and reducing the load of screening. It is suitable for large scale system and more impurities in waste paper. At the same time, the operation energy consumption is low, and only 15-20 KW energy is consumed per ton of pulp. And the maintenance cost is low. It is widely used in  waste paper pulping systems, such as old newspaper and magazine paper reforming newsprint, mixed paper and OCC reforming low-grade cardboard, chemical pulp paper reforming toilet paper, liquid packaging paper, unsorted waste paper producing commodity pulp.

  節能水力碎漿機進入轉鼓的*部分為高濃纖維疏解區，在纖維疏解區之后，原料進入第二級處理——篩選區，在這部分轉鼓表面被加工成多孔狀，在這一區漿料被稀釋到3-4濃度，稀釋水來自安裝在轉鼓上部的噴水管，稀釋水在篩頂部從外向里穿過篩板噴入，這樣可將堵塞孔的纖維反沖回鼓內。篩選區可有效地分離纖維與雜質，轉鼓篩允許使用雜質含量很高的廢紙，而不影響良漿質量。

 良漿收集在轉鼓篩下面的底部帶攪拌的漿槽里，僅有像砂子一樣小的雜質可穿過轉鼓，而這種雜質很容易在后面的凈化系統中被除去。
The first part of the drum is the high concentration fibre release area. After the fibre release area, the raw material enters the second stage treatment-screening zone, where the surface of the drum is processed into porous shape. In this area, the pulp is diluted to 3-4 concentration. The diluted water comes from the spray pipe installed on the upper part of the drum, and the diluted water is sprayed inside through the sieve plate at the top of the screen. So that the clogged holes can be pushed back into the drum. Screening area can effectively separate fibers and impurities. Rotary drum sieve allows the use of waste paper with high impurity content without affecting the quality of pulp.
 
The fine pulp is collected in a stirred pulp tank at the bottom of the drum sieve. Only small impurities like sand can pass through the drum, which can be easily removed in the subsequent purification system.