ball mill shell lifter drawing

  • Tega IndustriesGlobal Leader For Mineral Beneficiation

    Ideal spacing for the two shell Lining The number of rows of lifter depends upon the diameter and type Of the mill. r Example he general rule for a Ball Mill is No. of rows = 2 x D (Dia of Mill in Feet) 4 Depending upon the type Of Mill Relative energy Re Valid for of ncr A/ B Operating Temperature < 700C pH level Of Slurry 4 to 7.

  • Changing sag mill liners type from Hi-Low to Hi-Hi at

    the given liner designs and lifters ball size and rock properties and mill operating conditions. Based on the success of the 2-D model of the SAG mill the 3-D model in DEM was developed. These types of models could help study charge motion power draw liners wear and energy draft more accurately 5 7

  • USING DISCRETE ELEMENT METHOD TO INVESTIGATE BALL

    ball mill at Mintek. This mill was designed and built for grinding of PGMs. It measured 0.4 m in diameter and had four independent sections of 0.2 m each. It was fitted with 12 lifters spaced circumferentially around the mill shell. It also allowed the use of variable lifter face angles along the mill axial length. DEM simulation parameters

  • PAPER OPEN ACCESS Effect of Lifter Shapes on the Mill

    Effect of Lifter Shapes on the Mill Power in a Ball Mill of charge in flight and impacting the mill shell. Ener gy is imparted back to the mill by the flight charge Discrete element modelling of the influence of lifters on power draw of tumbling mills J . Minerals Engineering 2003 16 (4) 331336.

  • Cr-Mo Alloy Steel Tube Ball Mill Shell Liner CastingEB

    Cr-Mo Alloy Steel Tube Ball Mill Shell Liner Casting. Application Embedded into Rubber Liners for SAG Mills AG Mills We d like to help select suitable material grade for your ball mill liners as per your specific working condition. Standard for Cr-Mo Alloy Steel Lifter Bar Casting AS2074 L2B. Mill Size Ball Charge (t) Mill Size Ball

  • ONLINE SAG MILL PULSE MEASUREMENT AND OPTIMIZATION

    Stirred mills were first introduced in the 1950`s as an alternative to ball mills in a regrind application. Since then they have been used to grind a range of materials from limestone to coal to sulfide concentrates. A laboratory tower mill was used to investigate the effect of some variables on the power requirements of a plant mill.

  • PolycorpRubber Liners

    Polycorp lifters are made of tough abrasion resistant high pressure molded rubber with decades of proven field use guaranteeing their ability to withstand the relentless pounding of mill action. They are available in a selection of profile designs and heights to give unexcelled performance under various grinding mill conditions.

  • Ball MillsMechProTech

    TITAN BALL MILLS. Based on the MPT TITAN™ design the Mills are girth gear dual pinion driven with self-aligned flanged motors running on hydrodynamic oil lubricated bearings. The TITAN design enables you to run full process load 40 Ball charge at 80 critical speedMax grinding power for every shell size. Standard Mill Types Available

  • Optimization of the Design of SAG Mill Internals Using

    Shell Lifter Evaluation Figure 10. HFS power draw simulation over the lifetime of the two profiles evaluated. environment of ore and ball filling lifter profile and mill speed. The results of this comparison are shown in Figures 12 13 and 14. 10 Figure 12. Calculated specific power delivered to various size particles for three top

  • Using DEM to investigate how shell liner can induce ball

    Jun 01 2020 · Mintek a research institution in South Africa that is heavily involved in comminution research has recently been exploring a ball mill design that can promote axial ball segregation as is the case in the Hardinge or cement ball mills. This mill is expected to rely on differentiated liner profiles along the shell of the mill.

  • (PDF) Effect of Lifter Shapes on the Mill Power in a Ball Mill

    of charge in flight and impacting the mill shell. particle properties on the charge shape and power draw of a 5-m ball mill. of lifter in ball mill directly affects the grinding efficiency

  • USALifter-liner lining for rotary ball mills

    USA US774178A USA USA US A US A US A US 774178 A US774178 A US 774178A US A US A US A US A US A US A Authority US United States Prior art keywords load mill lifter header cascade Prior art date Legal status (The legal status is an assumption and is not a legal

  • Trelleborg Raises Bar in Ball Mills with Rubber Lifter Bars

    Trelleborg offers a wide range of rubber lifter bars and plates for ball mills rod mills and drum scrubbers. The standard rubber lifter sizes from Trelleborg range from 50 mm to 250 mm wide and 50 mm to 350 mm in height. They come complete with aluminium and steel tracks with different face angles to suit the milling or scrubbing application.

  • Simplot Phosphates — Vernal Utah Vulco mill liners

    Top Shell lifter bars being measured inside mill Middle Vulco ® mill liner with R67 rubber installed in a ball mill Bottom Vulco ® mill liners with R67 rubber (left) versus R63 rubber (right) in a side by side comparison "R67 lasts longer which delivers less downtime and less time in the mill

  • Analysis of power draw in ball mills by the discrete

    Apr 01 1999 · Therefore for a particular mill speed ball load and lifter geometry there is an optimum size of ball charge which draws the maximum power. The same phenomenon is depicted in Fig. 5 . In this case the 0.762-m diameter mill is simulated with equilibrium ball charge distribution with three different top sizes of ball.

  • SAG Mill Operation at Cortez Evolution of Liner Design

    Ball charge is typically 8-12 and is adjusted accordingly after monthly mill inspections. Total mill filling is about 25 . The mill lining originally consisted of rubber plates and "polymet" lifters on the feed and discharge ends as well as rubber plates and cast lifters on the mill shell. The shell lifter pattern was 52 rows of high-low

  • Grinding Maintenance Brochure by Workforce South

    Jan 12 2015 · We plan with clients for optimal mill shell liner sets to deliver further operating benefits including þ Decreased packing between the lifters þ Increased power draw by the mill þ Increased

  • Using DEM to investigate ball milling power draw load

    Nov 02 2014 · •Fig. 4.2 (b) shows that mill simulated with 90° lifter face angles drew less mill power because of lots of ball cataracting onto the mill shell. •Fig. 4.3 shows that the mill simulated with 30 mm exhibited more impacts energy than the mill simulated with 20 mm balls. 6.

  • Tega IndustriesGlobal Leader For Mineral Beneficiation

    Ideal spacing for the two shell Lining The number of rows of lifter depends upon the diameter and type Of the mill. r Example he general rule for a Ball Mill is No. of rows = 2 x D (Dia of Mill in Feet) 4 Depending upon the type Of Mill Relative energy Re Valid for of ncr A/ B Operating Temperature < 700C pH level Of Slurry 4 to 7.

  • Analysis of power draw in ball mills by the discrete

    Apr 01 1999 · Therefore for a particular mill speed ball load and lifter geometry there is an optimum size of ball charge which draws the maximum power. The same phenomenon is depicted in Fig. 5 . In this case the 0.762-m diameter mill is simulated with equilibrium ball charge distribution with three different top sizes of ball.

  • SAG Mill Operation at Cortez Evolution of Liner Design

    Ball charge is typically 8-12 and is adjusted accordingly after monthly mill inspections. Total mill filling is about 25 . The mill lining originally consisted of rubber plates and "polymet" lifters on the feed and discharge ends as well as rubber plates and cast lifters on the mill shell. The shell lifter pattern was 52 rows of high-low

  • Effect of lifters and mill speed on particle behaviour

    May 01 2017 · DEM is a highly convenient approach to determine the particle behaviour torque and power draw of ball mills in different conditions. Consequently DEM is used in the present study as a tool to examine the effect of lifters and mill speed on the particle behaviour torque and power draw of a ball mill.

  • USING DISCRETE ELEMENT METHOD TO INVESTIGATE BALL

    ball mill at Mintek. This mill was designed and built for grinding of PGMs. It measured 0.4 m in diameter and had four independent sections of 0.2 m each. It was fitted with 12 lifters spaced circumferentially around the mill shell. It also allowed the use of variable lifter face angles along the mill axial length. DEM simulation parameters

  • Grinding Maintenance Brochure by Workforce South

    Jan 12 2015 · We plan with clients for optimal mill shell liner sets to deliver further operating benefits including þ Decreased packing between the lifters þ Increased power draw by the mill þ Increased

  • Tega IndustriesGlobal Leader For Mineral Beneficiation

    Ideal spacing for the two shell Lining The number of rows of lifter depends upon the diameter and type Of the mill. r Example he general rule for a Ball Mill is No. of rows = 2 x D (Dia of Mill in Feet) 4 Depending upon the type Of Mill Relative energy Re Valid for of ncr A/ B Operating Temperature < 700C pH level Of Slurry 4 to 7.

  • Optimization of mill performance by using

    Optimization of mill performance by using online ball and pulp measurements by B. Clermont and B. de Haas Synopsis Ball mills are usually the largest consumers of energy within a mineral concentrator. Comminution is responsible for 50 of the total mineral processing cost. In today s global markets expanding mining groups are trying

  • JME

    mill filling is equal to 18 of mill s total volume. Figure 1. A view of the transparent ball mill with main geometrical dimensions. There are some unknown mechanical properties such as the normal and shear stiffness of mill s shell and balls ( and ) and also the friction coefficient ( ) of shell and

  • Optimization of the Design of SAG Mill Internals Using

    Shell Lifter Evaluation Figure 10. HFS power draw simulation over the lifetime of the two profiles evaluated. environment of ore and ball filling lifter profile and mill speed. The results of this comparison are shown in Figures 12 13 and 14. 10 Figure 12. Calculated specific power delivered to various size particles for three top

  • Ball Mill LinersMultotec

    Ball Mill Liner components Our ball mill liners solutions can be fitted with MultoMet composite lifter bars shell plates and head plates. The MultoMet range utilises Hardox 500 wear-resistant steel attached to the leading edges of the lifter bar array and embedded within shell plates and head plates ensuring maximum abrasion and impact resistance.

  • Air swept ball millALLIS CHALMERS MFG CO

    Like reference characters refer to similar parts throughout the several views of the drawing. An air swept ball mill I has a feed end wall 2 with hollow trunnion 3 and a discharge end wall 4 with a hollow discharge trunnion 5. Outlets 22 provided in the mill shell between diaphragm 19 and end wall 4 provide an escape for material in the

  • PolycorpRubber Liners

    Polycorp lifters are made of tough abrasion resistant high pressure molded rubber with decades of proven field use guaranteeing their ability to withstand the relentless pounding of mill action. They are available in a selection of profile designs and heights to give unexcelled performance under various grinding mill conditions.

  • Ball Mill LinersMultotec

    Ball Mill Liner components Our ball mill liners solutions can be fitted with MultoMet composite lifter bars shell plates and head plates. The MultoMet range utilises Hardox 500 wear-resistant steel attached to the leading edges of the lifter bar array and embedded within shell plates and head plates ensuring maximum abrasion and impact resistance.

  • PAPER OPEN ACCESS Effect of Lifter Shapes on the Mill

    Effect of Lifter Shapes on the Mill Power in a Ball Mill of charge in flight and impacting the mill shell. Ener gy is imparted back to the mill by the flight charge Discrete element modelling of the influence of lifters on power draw of tumbling mills J . Minerals Engineering 2003 16 (4) 331336.

  • SAG Mill Operation at Cortez Evolution of Liner Design

    Ball charge is typically 8-12 and is adjusted accordingly after monthly mill inspections. Total mill filling is about 25 . The mill lining originally consisted of rubber plates and "polymet" lifters on the feed and discharge ends as well as rubber plates and cast lifters on the mill shell. The shell lifter pattern was 52 rows of high-low

  • Optimization of mill performance by using

    Optimization of mill performance by using online ball and pulp measurements by B. Clermont and B. de Haas Synopsis Ball mills are usually the largest consumers of energy within a mineral concentrator. Comminution is responsible for 50 of the total mineral processing cost. In today s global markets expanding mining groups are trying

  • IMPROVING ENERGY EFFICIENCY IN BARRICK GRINDING

    This eliminated ½ of the shell lifter bar rows and also increased the lifter bar angle from 17º to 28º. The resulting profile eliminated packing between allowed a reduction in the power draw at the ball mill. Average Cumulative Passing vs. Particle Size 0.0 20.0 40.0 60.0 80.0 100.0 120.0 1 10 100 1000 10000 100000