This Grindability Test orBond Ball MillWorkIndex Procedureis used to determine theBondWorkIndexof minus six mesh or finer feed ore samples. These equation application methods are used to process <1/2″ ore samples in aBall Millusing a standardballcharge. Below describes in general terms theBondWorkIndex Procedureused by a Professional Metallurgical Testing Laboratory.Get Price
TheBond Indexconformingball chargeconsists of: 43 x 1.45”balls; 67 x 1.17”balls; 10 x 1”balls; 71 x 0.75”balls; 94 x 0.61”balls; The optimum number of grindingballsis 285. However, theballdiameters vary due to wear. Therefore, the totalball numbershould be adjusted from time to time to ensure a total mass of 20.125 grams. The grinding jar of the Bond Index Ball Mill measures 12″ x 12″ and has well …
XMGQΦ305 Grinding WorkIndex Ball(Rod)Mill. Description; XMGQΦ305 GrindingBond Ball(Rod)Millis mainly applied for testing the grinding workindexof the material of every kinds of ores, slag, etc. Under the specific rotation speed for dry grinding, then screening the products, weighing, repeat operation several times, getting the ...
TheBond Index Ball Millis supplied standard with a barrel and rotating yoke assembly and the electric motor drive with a standalone bench, funnel and screen. Safety is a prime consideration for all Alsto equipment and theBond Index Ball Millis supplied equipped with acoustic enclosure.
BondWorkIndexProcedure and Method. 2020-05-18· Cleaning and Storing ofBall MillCharge after theBondWorkIndexProcedure is done: Add about 500 g of silica sand into themillcontaining theballcharge. Seal themill. Rotate for 20 revolutions to clean. Empty themillcharge and sand into theballtry once grinding is complete.
The standard Bond Ball Mill Work Index test procedure is firstly to stage crush the feed tominus 3 35mmand size a representative sample The test then involves a series of batch grinds in a standard Bond mill A Bond mill is0 305mby0 305mwith rounded corners a smooth lining and runs at 70rpm The charge consists of 285 balls weighing a
First, a JarMillgrindability test requires a 5 lb. (2 kg) sample and produces a direct measured specific energy (net Hp-hr/t) to grind from the design feed size to the required product size. The second test, aBondWorkIndexdetermination, results in a specific energy value (net Hp-hr/t) from an empirical formula.
ABond Ball MillWorkIndextest is a standard test for determining theball millworkindexof a sample of ore It was developed by FredBondin 1952 and modified in 1961 (JKMRC CO, 2006) Thisindexis widely used in the mineral industry for comparing the resistance of different materials toball milling, for estimating the energy required.
The standardBond Ball MillWorkIndextest procedure is firstly to stage crush the feed to minus 3 35mm and size a representative sample The test then involves a series of batch grinds in a standardBond millABond millis 0 305m by 0 305m with rounded corners a smooth lining and runs at 70rpm The charge consists of 285 balls weighing a ...
Oct 03, 2012 TheBond Ball MillWorkIndexon SAG ground ore is 10.55 kilowatt hours per tonne of material, a relatively low amount of energy required to grind the material in aball millRead More TheBond ball millgrindability test measures hardness as anindex, regardless of the feed size, so it does not give credit for the additional fines.
Bond GrindabilityIndex Test Ball MillABond Ball Mill, 12” x 12” of fabricated construction comes with electric motor and gear reducer drive, digital counter, jogging button to provide positioning of drum for loading and unloading, emergency stop button,44 ½ lb ballcharge, stand and receiving pan.
This Table ofBall Mill BondWorkIndexof Minerals is a summary as tested on ‘around the world sample’. You can find the SG of each mineral samples on the other table.
ABond Ball MillWorkIndex testis a standard test for determining theball millworkindexof a sample of ore It was developed by FredBondin 1952 and modified in 1961 (JKMRC CO, 2006) Thisindexis widely used in the mineral industry for comparing the resistance of different materials toball milling, for estimating the energy required.
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