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  YT15(P10)硬度≥91适于碳素钢与合金钢连续切削的半精车及精车。断续切时的精车。旋风车丝,连续面的半精铣和精铣,孔的粗扩与精扩。YT14(P20)硬度≥90.5适于对碳素钢与合金钢不平整面进行连续切削时的粗车,间断切削是的半精车与精车,连续面的粗铣,铸孔的扩钻等。硬度≥89.5适于碳素钢与合金钢(包括锻件,冲压件及铸件的表皮)不平整面切削时的粗车,粗刨,半精刨,粗铣等。YG8(K30)硬度≥89.0适于铸铁,有色金属及其合金,非金属材料不平整表面和间断切削时的粗车,粗刨,粗铣,一般孔和深孔的钻扩,扩孔。YW1(M10)硬度≥91.5材质适于耐热钢,刚猛钢,不锈钢及合金钢等难加工钢材的加工,也适于普通钢材,铸铁的加工。YS25(P25)硬度≥90.5适于碳素钢,铸钢,高锰钢,高强度钢的及合金钢的粗车,铣削和刨削。YG6X(K10)硬度≥91.0适于合金铸铁.普通铸铁的精加工及半精加工。YS8(M05)硬度≥92.5S适用于铁基、镍基高温合金,高强度钢的精加工,冷硬铸铁、耐热不锈钢、高锰钢、淬火钢的精加工。YG8N(K20K30)硬度≥90适于铸铁及有色金属的粗加工,亦适用于不锈钢的粗加工及精加工。

  YT15 (P10) hardness (> 91) is suitable for semi-finishing and finishing of continuous cutting of carbon steel and alloy steel. Fine car for intermittent cutting. Cyclone wire, semi-finish milling and finish milling of continuous surface, rough and fine hole expansion. YT14 (P20) hardness (> 90.5) is suitable for rough turning in continuous cutting of carbon steel and alloy steel irregularities. Intermittent cutting is semi-finish turning and finish turning, rough milling of continuous surface, drilling of cast holes, etc. Hardness (> 89.5) is suitable for rough turning, roughing, semi-finishing and rough milling of carbon steel and alloy steel (including the surface of forgings, stampings and castings). YG8 (K30) hardness (> 89.0) is suitable for rough turning, roughing, rough milling, drilling and reaming of general and deep holes in cast iron, non-ferrous metals and their alloys, uneven surfaces of non-metallic materials and interrupted cutting. YW1 (M10) hardness (> 91.5) material is suitable for the processing of refractory steel, rigid steel, stainless steel and alloy steel, as well as ordinary steel and cast iron. YS25 (P25) hardness (> 90.5) is suitable for rough turning, milling and planing of carbon steel, cast steel, high manganese steel, high strength steel and alloy steel. YG6X (K10) hardness (> 91.0) is suitable for finishing and semi-finishing of alloy cast iron, common cast iron. YS8 (M05) hardness (> 92.5S) is suitable for finishing of iron-based and nickel-based superalloys, high strength steels, chilled cast iron, heat-resistant stainless steel, high manganese steel and quenched steel. YG8N (K20K30) hardness (> 90) is suitable for rough processing of cast iron and non-ferrous metals, as well as for rough and finish processing of stainless steel.

  电池的使用在我们的生活和工作中体现很多,据数控刀具的有效调查,在每年,我国都会产生大量的废电池,如果得不到合理的处理,会严重影响环境的治理。

  The use of batteries reflects a lot in our life and work. According to the effective investigation of CNC tools, a large number of waste batteries will be produced in China every year. If not handled reasonably, it will seriously affect the environmental governance.

  在废电池回收行业中,锂电池有很高的回收价值。锂电池中有很多中金属元素组成,其中钴占这个总含量的百分之十五,这个含量是较高的。如果能对钴资源进行合理的回收加利用,将是一个很好的发展机会。 数控刀具刀片回收在我国,由于钴资源较为匮乏,而整体需求量却很大,所以给不少制造业的发展带来影响。据西安稀有金属回收调查,一旦废旧电池能到得到合理的回收和利用,那么,钴的回收率也将增大,每年预计将会回收250吨钴,这个回收率将产生的经济价值大约在4000万。 柔性铸铁管厂家所以说,钴的有利回收和利用是一个伟大的工程,值得深究,尤其对于我国钴资源较为稀少的国家显得尤为重要。但是由于废锂电池结构比较复杂,所以说加大了回收的力度,还需要深入的研究和实施对策。

                                  数控刀具回收

  In the waste battery recycling industry, lithium batteries have high recycling value。 There are many metal elements in lithium batteries, of which cobalt accounts for 15% of the total content, which is relatively high。 If cobalt resources can be reasonably recycled and utilized, it will be a good development opportunity。 CNC tool blade recovery in China, due to the lack of cobalt resources, but the overall demand is very large, so it has an impact on the development of many manufacturing industries。 According to Xi'an Rare Metals Recovery Survey, once waste batteries can be reasonably recycled and utilized, the recovery rate of cobalt will also increase。 It is estimated that 250 tons of cobalt will be recovered annually。 The economic value of this recovery rate will be about 40 million。 Flexible cast iron pipe manufacturers say that the beneficial recovery and utilization of cobalt is a great project, worthy of further study, especially for countries with relatively scarce cobalt resources in China。 However, due to the complex structure of waste lithium batteries, more efforts have been made to recycle them, and further research and implementation measures are needed。

  锂电池的再次回收利用被提出后,引起广大民众的积极讨论,也不少市民提出了很好的意见来帮助完成这项工作。目前,应对锂电池的开发力度加大,才能保证钴的资源丰富,我国的经济才能进一步发展。

  After the reclamation of lithium batteries has been proposed, it has aroused active discussion among the general public, and many citizens have put forward good suggestions to help complete the work. At present, the development of lithium batteries should be intensified to ensure that cobalt resources are abundant and China's economy can be further developed.


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