IC series Impact Crusher

IC系列反擊式破碎機 IC series Impact Crusher

浙江辰泰機械制造有限公司生產的反擊式破碎機，是一款適用于中硬及軟質物料（如石灰石、白云石、頁巖、石膏等）破碎的高效設備。其特點如下：

沖擊破碎：采用獨特的反擊板與轉子相互作用原理，物料在高速沖擊與反擊過程中實現高效破碎，破碎比大，出料粒形好。

結構合理：機體結構緊湊，轉子、反擊板等關鍵部件設計科學，磨損小，運行平穩，維護成本低。

調節方便：通過調整反擊板與轉子之間的間隙，可輕松實現出料粒度的調控，滿足不同生產需求。

過鐵保護：配備液壓或彈簧過載保護裝置，當破碎機內進入不可破碎物時，能自動卸荷并停機，有效保護設備免受損害。

節能降耗：破碎過程中物料自身沖擊破碎，能耗較低；同時，易損件采用耐磨材料制造，使用壽命長，降低了運行成本。

廣泛適用：廣泛應用于砂石骨料生產、建筑廢棄物回收、水泥熟料破碎、礦業選礦前段破碎等領域，尤其適用于對產品粒形有較高要求的場合。

The Impact Crusher produced by Zhejiang Chen Tai Machinery Manufacturing Co., Ltd. is an efficient device designed for crushing medium-hard and soft materials (such as limestone, dolomite, shale, gypsum, etc.). Key features include:

Impact Crushing: Employing the unique principle of interaction between the impact plate and rotor, materials undergo efficient crushing through high-speed impact and rebound, achieving a large crushing ratio and producing well-shaped output particles.

Rational Structure: With a compact body design, key components like the rotor and impact plates are scientifically engineered for minimal wear, smooth operation, and low maintenance costs.

Easy Adjustment: The clearance between the impact plate and rotor can be conveniently adjusted to regulate the output particle size, catering to varying production requirements.

Tramp Iron Protection: Equipped with hydraulic or spring overload protection devices, the crusher automatically relieves load and stops when encountering uncrushable materials, effectively safeguarding the equipment from damage.

Energy Efficiency & Cost Reduction: Utilizing self-impact crushing during operation, the crusher consumes relatively low energy. Additionally, wearing parts are made from wear-resistant materials, ensuring extended service life and reducing operating expenses.

Broad Applicability: Widely used in sand and gravel aggregate production, construction waste recycling, cement clinker crushing, and front-end crushing in the mining beneficiation process, particularly suitable for applications where a high standard of product particle shape is desired.