| MOQ: | 1 |
| Price: | Negotiate |
| Standard Packaging: | Standard export packing is provided, and customized packing is available upon request. |
| Delivery Period: | 1-3 working days |
| Payment Method: | T/T,L/C |
XMGQ(B) Φ305 mineral work index ball (rod) mill is designed to determine the grinding work index of various ores and furnace slag. The equipment performs dry grinding at specific rotation speeds, with the ground product being sieved and weighed through repeated cycles. This process enables accurate calculation of the grinding work index (kWh/t).
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| Item | XMGQ-Φ305*305 Work Index Ball Mill | XMGB-Φ305*610 Work Index Rod Mill | Unit |
|---|---|---|---|
| Porcelain drum size | Φ305*305 | Φ305*610 | mm |
| Drum torque | 70 ± 0.5 | 46 ± 0.5 | R/min |
| Motor power | 0.75 | 1.1 | kW |
| Steel ball (rod) weight | 20.568 | 33.38 | kg |
| Feed particle size | <3.2 | <12.7 | mm |
| Feed volume | 700 | 1250 | - |
| Dimensions | 1500*630*1100 | 921*607*1185 | mm |
| Weight | 330 | 400 | kg |
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Professional supplier of mineral processing equipment and flotation reagents. We integrate R&D, manufacturing, and international trade to serve mining and laboratory customers worldwide.
Website: www.labcrusher.com
Year Established: 2014
Export Percentage: 80%-90%
Slogan: Seeking Truth, Customer First
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It is used to determine the grinding work index of various ores and furnace slag. Under specific rotation speed, dry grinding is performed, and the product is sieved and weighed repeatedly. The grinding work index (kWh/t) is calculated after several cycles.
XMGQ-Φ305*305 is a work index ball mill with a porcelain drum of Φ305*305 mm, while XMGB-Φ305*610 is a work index rod mill with a porcelain drum of Φ305*610 mm. They differ in drum size, torque, motor power, steel ball/rod weight and feed size.
XMGQ-Φ305*305: drum torque 70±0.5 R/min, motor power 0.75 kW, steel ball weight 20.568 kg, feed particle size <3.2 mm, feed volume 700, dimensions 1500*630*1100 mm, weight 330 kg.
XMGB-Φ305*610: drum torque 46±0.5 R/min, motor power 1.1 kW, steel rod weight 33.38 kg, feed particle size <12.7 mm, feed volume 1250, dimensions 921*607*1185 mm, weight 400 kg.
The ore is dry-ground at a specific rotation speed, then the ground product is sieved and weighed. The procedure is repeated several times, and the grinding work index (kWh/t) is calculated based on the test results.
The drum is made of porcelain (ceramic), which ensures low contamination during grinding and is suitable for ore grindability testing.
For the ball mill XMGQ-Φ305*305, the feed particle size should be less than 3.2 mm. For the rod mill XMGB-Φ305*610, the feed particle size should be less than 12.7 mm.
Standard export packing is provided, and customized packing is available upon request. We work with a professional goods shipping forwarder.
Yes. Customized solutions are available to meet specific requirements. Our team provides technical support and after-sales service for installation and operation guidance.
| MOQ: | 1 |
| Price: | Negotiate |
| Standard Packaging: | Standard export packing is provided, and customized packing is available upon request. |
| Delivery Period: | 1-3 working days |
| Payment Method: | T/T,L/C |
XMGQ(B) Φ305 mineral work index ball (rod) mill is designed to determine the grinding work index of various ores and furnace slag. The equipment performs dry grinding at specific rotation speeds, with the ground product being sieved and weighed through repeated cycles. This process enables accurate calculation of the grinding work index (kWh/t).
![]()
| Item | XMGQ-Φ305*305 Work Index Ball Mill | XMGB-Φ305*610 Work Index Rod Mill | Unit |
|---|---|---|---|
| Porcelain drum size | Φ305*305 | Φ305*610 | mm |
| Drum torque | 70 ± 0.5 | 46 ± 0.5 | R/min |
| Motor power | 0.75 | 1.1 | kW |
| Steel ball (rod) weight | 20.568 | 33.38 | kg |
| Feed particle size | <3.2 | <12.7 | mm |
| Feed volume | 700 | 1250 | - |
| Dimensions | 1500*630*1100 | 921*607*1185 | mm |
| Weight | 330 | 400 | kg |
![]()
Professional supplier of mineral processing equipment and flotation reagents. We integrate R&D, manufacturing, and international trade to serve mining and laboratory customers worldwide.
Website: www.labcrusher.com
Year Established: 2014
Export Percentage: 80%-90%
Slogan: Seeking Truth, Customer First
![]()
It is used to determine the grinding work index of various ores and furnace slag. Under specific rotation speed, dry grinding is performed, and the product is sieved and weighed repeatedly. The grinding work index (kWh/t) is calculated after several cycles.
XMGQ-Φ305*305 is a work index ball mill with a porcelain drum of Φ305*305 mm, while XMGB-Φ305*610 is a work index rod mill with a porcelain drum of Φ305*610 mm. They differ in drum size, torque, motor power, steel ball/rod weight and feed size.
XMGQ-Φ305*305: drum torque 70±0.5 R/min, motor power 0.75 kW, steel ball weight 20.568 kg, feed particle size <3.2 mm, feed volume 700, dimensions 1500*630*1100 mm, weight 330 kg.
XMGB-Φ305*610: drum torque 46±0.5 R/min, motor power 1.1 kW, steel rod weight 33.38 kg, feed particle size <12.7 mm, feed volume 1250, dimensions 921*607*1185 mm, weight 400 kg.
The ore is dry-ground at a specific rotation speed, then the ground product is sieved and weighed. The procedure is repeated several times, and the grinding work index (kWh/t) is calculated based on the test results.
The drum is made of porcelain (ceramic), which ensures low contamination during grinding and is suitable for ore grindability testing.
For the ball mill XMGQ-Φ305*305, the feed particle size should be less than 3.2 mm. For the rod mill XMGB-Φ305*610, the feed particle size should be less than 12.7 mm.
Standard export packing is provided, and customized packing is available upon request. We work with a professional goods shipping forwarder.
Yes. Customized solutions are available to meet specific requirements. Our team provides technical support and after-sales service for installation and operation guidance.