1. 特殊襯板設計能有效利用球磨機性能及減輕襯板重量降低動力需求，並且材質有高鉻、高錳或陶瓷規格滿足客戶的需求(見Fig.1)

2. 根據物料性質來製作設計襯板溝槽(見Fig.1)，使物料更有效率在球磨機內研磨

3. 強壯齒輪及本體設計能適用於各種環境條件

4. 中間篩板設計(見Fig.3)能防止卡料及分隔兩室原料能有效率研磨，延長粗料研磨時間

5. 根據機型大小提供皮帶或齒輪箱傳動方式

6. 整台球磨機負壓設計能防止粉塵外洩汙染

7. 進出料採內部螺旋設計，防止堵料 (見Fig.2)

Soon Strong unique design                                    

• Special liner design for up the  efficiency of ball mill and reduce weight to low down the power use. The liner   material could be high Cr,、Mn or ceramic for satisfied customer needs (See Fig.1)

• Design & manufacture the  liner cannelure to fit the material property. Let the material be more  efficiency in milling

• Robust gear ring and main body  to fit any situation use.

• Middle screen (See Fig.3)  design could avoid material jam and separate two chamber to keep material in  best efficiency. Extend the coarse material mill time.

• Belt or gear box transmission  choice by ball mill size

• Whole ball mill is in negative  pressure design that prevent dust pollution

• Inlet & outlet adapted  inner screw design to keep away material jam (See Fig.2)