Bond Index Ball Mill Rod Mill BT 100 XL RETSCH. the bond index conforming rod charge consists of 6 rods of 1.25 diameter and 21 length. 2 rods of 1.75 diameter and 21 length. the grinding jar for the bond index rod mill is 12 x 24 in size and has a wave-shaped design. at least 15 to 20 kg sample material is required to simulate a closed grinding circuit in a ball or rod mill.
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WhatsAppGet PriceGet A QuoteWet Ball Mill Power Draw (Bond) For wet ball mills Bond expressed power draw as a function of the total mass of media (45.72dâ†"max / 50.8) kWtThe F s factor is subtracted from the calculated power draw. The ball size factor F B is added to the mall shaft power for mill sizes greater than 3.3 meters Fâ†"B1.102 (dâ †"max . Chat Online
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WhatsAppGet PriceGet A Quote(JKDWT) “A×b” and the Bond ball mill work index. The SAG and ball mills power draw is calculated using semi-empirical equations, as a function of mill geometry, speed and load.
WhatsAppGet PriceGet A QuoteThe guideline reviews the data required for the analysis, including hardness characterization data generated from the SMC Test® (see Annex A) and the Bond Ball Mill Test Work Index (WiBM; GMG
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WhatsAppGet PriceGet A QuoteThe ball mill motor power requirement calculated above as 1400 HP is the power that must be applied at the mill drive in order to grind the tonnage of feed from one size distribution. The following shows how the size or select the matching mill required to draw this power is calculated from known tables ‘the old fashion way’.
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WhatsAppGet PriceGet A QuoteA somewhat simpler equation is given below for use between the following limits; 20< P< 50,000 microns, and 0.1
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WhatsAppGet PriceGet A QuoteBond Index Ball Mill Rod Mill BT 100 XL RETSCH. the bond index conforming rod charge consists of 6 rods of 1.25 diameter and 21 length. 2 rods of 1.75 diameter and 21 length. the grinding jar for the bond index rod mill is 12 x 24 in size and has a wave-shaped design. at least 15 to 20 kg sample material is required to simulate a closed grinding circuit in a ball or rod mill.
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WhatsAppGet PriceGet A QuoteThe basic parameters used in ball mill design power calculations rod mill or any tumbling mill sizing are material to be ground characteristics Bond Work Index bulk density specific density desired mill tonnage capacity DTPH operating solids or pulp density feed size as F80 and maximum ‘chunk size’ product size as P80 and maximum and finally the type of circuit openclosed
WhatsAppGet PriceGet A QuoteBond Work Index an overview ScienceDirect Topics. The ability to simulate the Bond work index test also allows examination of truncated ball mill feed size distributions on the work index For grinding circuits where the feed to a ball mill is sent directly to the classifier and the cyclone underflow feeds the ball mill see Figure 310 a question arises as to whether this practice will alter the
WhatsAppGet PriceGet A Quote21 CONCLUSIONS Continued In the present work, equations were also derived, giving: zthe ball-mill power drawP as a function of its dimensions: internal mill diameter D and length L, zthe ball-mill power drawP as a function of the feed D f (mm) and the product size d (mm), the Bond work index w i (kWh/short ton) and the mill throughput T (short ton/h), zthe ball-mill dimensions (D and L), when
WhatsAppGet PriceGet A QuoteThe ball mill motor power requirement calculated above as 1400 HP is the power that must be applied at the mill drive in order to grind the tonnage of feed from one size distribution. The following shows how the size or select the matching mill required to draw this power is calculated from known tables ‘the old fashion way’.
WhatsAppGet PriceGet A QuoteBond Work Index Formula-Equation Basic EquationsSize Distribution and Exposure RatioEquations For Work Index VariationsWork Index and Crack Energy The basic work index equation is:W = 10 Wi/√P – 10 Wi/√F(1)where W is the work input required in kilowatt hours per short ton to grind from 80% passing F microns to 80% passing P microns, and Wi is the work index, or the grinding resistance
WhatsAppGet PriceGet A QuoteWet Ball Mill Power Draw (Bond) For wet ball mills Bond expressed power draw as a function of the total mass of media (45.72dâ†"max / 50.8) kWtThe F s factor is subtracted from the calculated power draw. The ball size factor F B is added to the mall shaft power for mill sizes greater than 3.3 meters Fâ†"B1.102 (dâ †"max . Chat Online
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