小型錘式破碎機_重型錘式破碎機_錘式破碎機型號_小型錘式破碎機==河南瑞朗機械

錘式破碎機主要用于破碎一般的脆性礦石，如石灰石、煤、泥質(zhì)粉砂巖、頁巖、石膏等，此系列破碎機是水泥生產(chǎn)專用破碎機，適合破碎石灰石(泥灰?guī)r)和粘土質(zhì)混合料，還可用于煤塊破碎。

錘式破碎機適用于破碎抗壓強度<150MPa的石灰石、泥灰?guī)r、砂巖、頁巖、石膏、煤等原料，該破碎機可以將采場的大塊礦石一次破碎到入磨需要的粒度，從而可以取代傳統(tǒng)的兩段破碎，簡化工藝流程、節(jié)約基建投資和生產(chǎn)費用。

 主要用于破碎一般的脆性礦石，如石灰石、泥質(zhì)粉砂巖、頁巖、石膏和煤等，此系列破碎機是水泥生產(chǎn)專用破碎機，同時也適合破碎石灰石(泥灰?guī)r)和粘土質(zhì)混合料。由于破碎機轉(zhuǎn)子尺寸設(shè)計合理，機身適當(dāng)，使得配套設(shè)備如吊車、板喂機的選型規(guī)格較小，從而節(jié)省整個系統(tǒng)的設(shè)備投資和基建投資。因此，只要礦石的物理性質(zhì)合適，選用錘式破碎機作為大型礦山的破碎設(shè)備是比較經(jīng)濟(jì)可靠的方案。

  此破碎機具有入料粒度大，破碎比大的特點，可將大塊原礦石一次破碎到符合入磨的粒度，使過去需要的多段破碎的生產(chǎn)系統(tǒng)簡化為一段破碎，與傳統(tǒng)的兩段破碎系統(tǒng)相比，可節(jié)省一次性投資45%，車間設(shè)備重量減輕32.5%，礦石破碎成本降低40%。操作簡單、維修方便、改善了工人的勞動強度，因此，只要礦石的物理性質(zhì)適合，選用本機做為大型礦山的破礦設(shè)備是比較經(jīng)濟(jì)可靠的方案。

  錘式破碎機作為水泥廠主要原料的破碎設(shè)備，與單轉(zhuǎn)子單段破碎設(shè)備相比，更適合降雨量較多、料濕、含土較大的工作狀況，由于它具有特殊的結(jié)構(gòu)，使得破碎較粘物料時消除了堵塞粘附之患，并且具有特殊的雙重過鐵保護(hù)裝置，可將不慎混入機內(nèi)的鏟齒、鉆頭、鐵錘等金屬異物自動反彈回給料輥或排出機外，不必為此停機。與相同生產(chǎn)能力的單轉(zhuǎn)子單段錘式破碎機相比，設(shè)備重量較輕。由于兩個轉(zhuǎn)子可以懸掛更多錘頭，所以可供使用的磨損金屬量更大，錘頭壽命更長。

Hammer crusher, heavy-duty hammer crusher, hammer crusher model, small hammer crusher==Henan Ruilang Machinery

Hammer crushers are mainly used to crush general brittle ores such as limestone, coal, argillaceous sandstone, shale, gypsum, etc. This series of crushers is a specialized crusher for cement production, suitable for crushing limestone (mudstone) and clay mixtures, and can also be used for coal block crushing.

The hammer crusher is suitable for crushing raw materials such as limestone, mudstone, sandstone, shale, gypsum, coal, etc. with compressive strength<150MPa. This crusher can crush large ore blocks from the mining site to the required particle size for grinding in one go, replacing traditional two-stage crushing, simplifying the process flow, saving infrastructure investment and production costs.

Mainly used for crushing general brittle ores such as limestone, argillaceous sandstone, shale, gypsum, and coal, this series of crushers is a specialized crusher for cement production, and is also suitable for crushing limestone (mudstone) and clay mixtures. Due to the reasonable design of the crusher rotor size and appropriate body, the selection specifications of supporting equipment such as cranes and plate feeders are relatively small, thereby saving the equipment investment and infrastructure investment of the entire system. Therefore, as long as the physical properties of the ore are suitable, choosing a hammer crusher as the crushing equipment for large-scale mines is a relatively economical and reliable solution.

This crusher has the characteristics of large feed particle size and high crushing ratio. It can crush large pieces of raw ore to the appropriate particle size for grinding at once, simplifying the production system that used to require multi-stage crushing into one stage crushing. Compared with the traditional two-stage crushing system, it can save 45% of one-time investment, reduce workshop equipment weight by 32.5%, and reduce ore crushing costs by 40%. The operation is simple, maintenance is convenient, and the labor intensity of workers is improved. Therefore, as long as the physical properties of the ore are suitable, using this machine as a crushing equipment for large-scale mines is a relatively economical and reliable solution.

As the main raw material crushing equipment in cement plants, the hammer crusher is more suitable for working conditions with high rainfall, wet materials, and high soil content compared to single rotor single-stage crushing equipment. Due to its special structure, it eliminates the risk of blockage and adhesion when crushing sticky materials. It also has a special double iron protection device, which can automatically bounce back metal foreign objects such as shovel teeth, drill bits, and hammers that accidentally mix into the machine to the feeding roller or discharge outside the machine without stopping the machine. Compared with single rotor single-stage hammer crushers with the same production capacity, the equipment is lighter in weight. Due to the fact that two rotors can suspend more hammer heads, there is a greater amount of wear metal available for use, resulting in a longer lifespan of the hammer heads.