THE MAGNETITE ORE PROCESSING PROJECT IN GUA MUSANG, MALAYSIA

Processed Material:  Magnetite Ore

Mine Method:   Surface

Product Size:   0-10,10-50mm

Work Time:   10h

Ore Density:   2.6t/m³

Capacity:   4500t/d

Grade:   53.8%

The evaluation by customer: Because of our high requirements for final particule granularity, I have followed the views of LIMING engineer with a two-stage crushing - a PE Jaw Crusher for primary crushing and two Hydraulic Cone Crusher HST160 for secondary crushing. Quite stable performance, also the production makes me satisfied. To my most pleasant surprise, the intelligent operation of machine has saved me a lot of time and also costs.



INFO REQUEST

Thank you for your interest in LM Heavy Industry. If you want to learn more about our Crushers and Industrial grinding mills, Contact us Now to find out what we can do for you next project !

  • calculation of mill settings - sasta

    So far we have worked on one ton of cane and as mill roll speeds are usually given in feet/minute we must now establish a crushing rate in tons per minute. Crushing Rate= 170 tons cane per hour. =170 tons cane per minute. 60. ='2.83 tons cane per minute. .. (4). We now have to calculate the peripheral speed of the mill.

  • rolling mill speed calculation formula - GBM

    Single Row · Full Complement Double Row · Multirow · Cluster Mill The method of calculating bearing dynamic capacity has been defined by The formulas use the internal dimensions of the bearing raceways and its rolling elements. Tn = 1. Lp1, Lp2, Lpn = Life in hours for each period of constant load and speed.

  • Calculating Mill Drive RPMs: Is Your Mill Up to Speed? - Roll-Kraft

    We use this same common denominator (reworked/original throat diameters) as we did for the metal line, for the motor speed calculation. See sample "Calculating Drive RPM's" formula below: The left side of the data chart shows a cut away of a standard rework sheet after the tooling is reworked. On a typical standard mill 

  • POWER IN ROLLING Power is applied to the rolling mill by applying

    Power is applied to the rolling mill by applying Torque to the rolls and by using roll strip The ratio λ = [ a/Lp] = [a/√R.∆t] is used to calculate the moment arm 'a' Ie. Power= (4P.π.a.N/60x1000) Kw. Where P=Load in Newton, a=moment arm in meters and. N=speed rollers. This gives the power required for deformation of 

  • Hot Rolling Mill Hydraulic Gap Control (HGC) thickness control

    The mill stretch compensation and other disturbances during the rolling process are compensated and a rolling speed dependent, adaptive PI controller is developed The mill stretch force can be measured by load cells or calculated from the measured HGC pressure and can be used to calculate the mill stretch. The mill.

  • Experimental study for roll gap adjustment due to roll wear in single

    gle-stand reversible pilot groove rolling test as well as rolling test in an actual rod mill. In case of . lated Archard's wear equation as an incremental form and the . mill driven by 75kW constant torque, DC motor. DCI. (Ductile Casting Iron) rolls were used, with 310mm diameter and 320mm face width. The roll speed was.

  • Modern Steel Products (2014) - Rolling of Steel: lecture 10

    thinks today about rolling being hot strip mill city cultural analysis some general principles in Riyadh will assume you're aware of when when we start talking playing strained information and flat rolling see few things you can calculate things again 1 go into theory much at all and so on 1 of the things all emphasize this set 

  • Understanding Rolling Process in Long Product Rolling Mill

    Nov 27, 2015 Steel rolling consists of passing the material, usually termed as rolling stock, between two rolls driven at the same peripheral speed in opposite . Accuracy in calculating these parameters are critical when satisfying such geometric requirements as roundness (in case of bars and rods) and tolerance.

  • Experimental and Theoretical Study on Minimum Achievable - PLOS

    Sep 9, 2014 Furthermore, the minimum achievable thickness during asymmetric rolling could be correlated to the cross-shear ratio, which, in turn, could be related to the rolling speed ratio. From the experimental results, a formula to calculate the minimum achievable thickness was established, considering the 

  • Understanding Rolling Process in Long Product Rolling Mill

    Nov 27, 2015 Steel rolling consists of passing the material, usually termed as rolling stock, between two rolls driven at the same peripheral speed in opposite . Accuracy in calculating these parameters are critical when satisfying such geometric requirements as roundness (in case of bars and rods) and tolerance.

  • PDF Images

    ing furnace and rolling mill were developed with the aim of total quality Profile Control. Additionally AC variable speed control techniques were applied to the motor drive system of the tandem mill. This paper presents an outline of the process control system for the .. The gauge—meter equation consists of the roll defor-.

  • Mill Speed - Critical Speed - Paul O. Abbe

    nth Critical speed (right) is the speed at which the nth layer of media centrifuges inside the n-1 layer. Calculating Jar and Jar Rolling Mill Speed Calculating how fast a Jar needs to spin is a little tricky, but simple one you know the factors. We need to know the inside diameter of the mill, that determine what speed we want, 

  • Tension Calculation Formulae for Accu. Bridles - Scribd

    We take the example of the Exit accumulator of CSD1, here, T = 600 n= 26 (in case of modifion of line Linear speed = 150 MPM By the formula B HP = HP= Considering Duty factor of 1.5 times BY the other formula: Winch Dia (D) Displacement (s) No. of falls (n) Tension (T) Strip width (w) Thickness (t) GR Now, D/4*GR 

  • Roll pass design in continuous bar mills - SlideShare

    May 18, 2015 Spread The equivalent rectangular approximation into round oval pass to calculate effective height of the work piece and the area fraction of work piece and the geometry of groove. H0 – Effective height of outgoing work piece. Hi – Effective height of incoming work piece. Hi – Height of incoming 

  • US3787667A - Computer controlled metal rolling mill - Google Patents

    This reduction power, however, must be modified by power losses within the mill (a factor of the roll surface speed as determined by tachometers S,-S,) and power transmitted axially through the strip (as determined by the difference in tension on the entry and delivery sides of each roll) to calculate the total power 

  • Rolling Technology and Theory for the Last 100 Years: The

    In the steady state, the volume speed of rolled strip is constant at each stand of tandem rolling mills. The equation for this condition expresses the relations between each stand of tandem rolling mills. For example, as an example described here, the influence which roll gap change (ΔSr/h)i at each stand gives on the change 

  • Calculating Mill Drive RPMs: Is Your Mill Up to Speed? - Roll-Kraft

    We use this same common denominator (reworked/original throat diameters) as we did for the metal line, for the motor speed calculation. See sample "Calculating Drive RPM's" formula below: The left side of the data chart shows a cut away of a standard rework sheet after the tooling is reworked. On a typical standard mill 

  • POWER IN ROLLING Power is applied to the rolling mill by applying

    Power is applied to the rolling mill by applying Torque to the rolls and by using roll strip The ratio λ = [ a/Lp] = [a/√R.∆t] is used to calculate the moment arm 'a' Ie. Power= (4P.π.a.N/60x1000) Kw. Where P=Load in Newton, a=moment arm in meters and. N=speed rollers. This gives the power required for deformation of 

  • Mill Setting Calculation System for Aluminum Rolling Mill - IHI

    Setting calculation. Before starting operation, rolling mills require settings, including q roll gap settings, w entry and delivery tension settings, e speed settings, r default settings Table 1 Supply records of mill setting calculation system for aluminum rolling mills the rolling load, calculating the strip crown (index of thickness.