Dryer is mainly used for materials with certain humidity or granularities in the field of beneficiation, building materials, metallurgy, etc.It has been widely used due to its great adaptability towards various raw materials, simple structure and reliability.
Drum type magnetic separator is most useful for separating tramp iron from non magnetic material processed in bulk quantity, for the purity of end products, recovery of metal having commercial value and protection of processing plant and machinery. These are widely used in all the processing industry for separation of iron contamination from minerals, chemicals, food, flour, plastics, grains, sand, cement, fertilizers, abrasives, glass, slag, ores, rock, refractory and many other products. Salient features: - drum consists of high powered anisotropic permanent magnet - strong & rugged construction. - automatic separation of ferrous material. - completely enclosed design to avoid dusting and pollution.
Mas baiyun ctb wet drum separator is newly developed iron ore concentrating equipment under wet conditions.It has been designed by engineers having a wealth of knowledge and data, gained over many years of wet drum applications and experience. We offer a complete service to mining and mineral industries. Our wide and competitive wet drum separators allow us the freedom to select the correct size and type to meet precisely your process needs in the best techincal and cost effective manner. This kind of magnetic separator can provent the final product from the secondary contamination because of the washing action adopted in the processing. It is equipped with a respective spray pipe for feed and concentrates, and water amount can be adjusted so as to assure suitable density of the concentrate. It can be equipped with cocurrent, counter-rotation and counter current tanks, and equipped double drums or three drums according to requirements of customers. Plastic packing
Frozen loligo squid. Glaze 10 to 15 % depending on buyer's requirements.
Steam Coal = 5,300 - 5,500 KCal (ADB) = 5,600 - 5,800 KCal (ADB) = 5,800 - 6,000 KCal (ADB) = 6,100 - 6,300 KCal (ADB) Iron Ore = 58 % - 60 % (Grade Total Fe) = 60 % - 62 % (Grade Total Fe) Lead (Pb) = 30 % - >50% (Grade Pb) Bulk, Plastic Bag/ Container
Strong induction intensity The equipment has high magnetic induction intensity to attract the ore with size up to 350mm, and can be applied with various model belts according to the customersí» demands.It is mainly used at the preseparation Stage to rejecting excess gangues. Maximise recovery of ferrous metals High performance magnet design to suit your application (ferrite, rare earth) to provide the most effective and efficient method of metal recovery. Minimise maintenance Wear resistant non-magnetic drum skin. Permanent magnet drums are built using high intensity non-deteriorating material, so not only is no power required to the magnet, but it will also provide maximum magnetic force for the lifetime of the machine. High permeability magnetic circuit to minimise stray magnetic fields, prolonging their life. Optimise throughput Deep field magnet systems penetrate through the product burden and remove the maximum amount of ferrous metal. This allows for a higher throughput of material to be separated efficiently. Plastic ppacking
Weight nw: 34, 450 kg Max. Load: 14, 000 kg Front bridge load: 16, 600 kg no-load Rear bridge load: 17, 850 kg no-load Front bridge load: 38, 500 kg full load Rear bridge load: 9950 kg full load Operation ability Maxi. Speed Full load, advance / retreat, flat road Gear 1: 4.1 km / h Gear 2: 7.5 km / h Gear 3: 14.3 km / h Gear 4: 26.5 km / h Max. Slope (load): 25% Max. Traction: 330 kn Engine Manufacturer: deutz, germany Model: f12l413fw Manner: 2 stage combustion air-cooling engine Power: 204 kw Intake system: dry air filter-press Exhaust system: catalytic exhaust purification and mufflers Brake Braking system: hydraulic brake system Workbrake: Design: multi-disk brake pressure hydraulic external liquid cooling operation Parking brake: Design: spring brake hydraulic release Hydraulic system Designed to use imported hydraulic valve, eg. Bosch, rexroth, fk506 suodanbishimo, kewobaike Driving system Torque converter Manufacturer: dana, the united states Model: series8000 Design: single-industrial-type hydraulic auxiliary drive system Gear-box Manufacturer: danad, the united states Model: series5000 Design: power shift 4 forward stalls after 4 tuidang Drive bridge Manufacturer: dana, the united states Model: 21 d4354 Design: self-locking rigid bridge with no-spin slide-proof differential speed.
Weight nw, 10000 kg Max. Volume: (sae, stowing), 5.5m3 Maximum load: 10, 000 kg Operation ability Max. Speed Full load, forward / backward, flat road Gear 1: 0-3.5 km / h Gear 2: 0-7.0 km / h Gear 3: 0-13.0 km / h Gear 4: 0-23.0 km / h Max. Slope (full load): 3.3 km / h 25% The greatest traction: 197 kn Engine Manufacturer: deutz, germany Model: bf4m1013c Manner: water-cooling diesel engine Power: 104 kw Intake system: dry air filter-press Exhaust system: catalytic exhaust purification and mufflers Brake Braking system: dual pipeline hydraulic brake system Wet completely closed multi-disk brake Work brake: Design: multiple disk external liquid cooling hydraulic operation Parking brake design: spring brake hydraulic release Brake pressure: 130-150 bar Driving system Torque converter Manufacturer: dana, the united states Model: c273 Design: single-industrial-type auxiliary drive hydraulic system Gearbox Manufacturer: dai satisfied that the united states (dana) Model: r28000 Design: power gear-shift, 4 forward gears and 4 backward gears Drive bridge: meichi, xuzhou Model: soma c103 Hydrolic system Designed to use imported hydraulic valves, eg. Bosch\ rexroth\ fk506\ suodan\ bishimokewobaike
Weight nw, 255000 kg Max. Volume: (sae, stowing), 15 m3 Max. Load: 25, 000 kg Front bridge load: 14, 950 kg no-load Rear bridge load: 8050 kg no-load Operation ability Max. Speed Load, advance / retreat, flat road Gear 1: 5.0 km / h Gear 2: 11.0 km / h Gear 3: 19.0 km / h Gear 4: 26.0 km / h Max. Slope (load): 3.3 km / h 25% Max. Traction: 231 kn Engine Manufacturer: deutz, germany Model: f10l413fw Manner: 2 stage combustion Air-cooling engine Power: 170 kw Intake system: dry air filter-press Exhaust system: catalytic exhaust purification and mufflers Brake Braking system: hydraulic brake system Brake work: Design: multiple disk external liquid cooling hydraulic operation Parking brake / emergency brake Design: spring brake hydraulic release Brake pressure: 130-150 bar Driving system Torque converter Manufacturer: dana, the united states Model: c5472 Design: single-industrial-type auxiliary drive hydraulic system Gear-box Manufacturer: dana, the united states Model: r36420 Design: power gear-shift, 4 forward gears and 4 backward gears Drive bridge: Manufacturer: dana, the united states Model: 19 d2748 Designno-spin slide proof self-locking differential speed for front bridge
Equipped with sand making machine, XSD series sand washing machine with wheel-like structure is necessary in sand making. Adopting advanced technology and taking practical condition of crushing industry into consideration, XSD sand washing machines are applied for washing, grading and dehydrating in construction site, sand making factory, hydroelectric station dam, glass manufacturing, and oil well development. Model XSD2610 XSD3016 Spec. of Impeller(mm) ª¦2600í-1000 ª¦3000í-1600 Impeller Speed(r/min) 1.178 1.179 Capacity(t/h) 20-50 50-120 Input Size(mm) í_10 í_10 Weight(t) 2.68 3.26 Motor Power(kw) 5.5 15 Decelerator Model ZQ50-50-T-Z ZQ65-50-T-Z Overall Dimension(mm); (LxWxH) 3255x1982x2690 3845x3000x3080 .
Ball mill is an important grinding mill for grinding after materials are crushed and also an efficient tool for grinding various materials into fine powder.There are two ways of grinding: the dry process and the wet process. Ball mill can be divided into tabular type and flowing type according to different forms of discharging material.
Mining products
Weight nw: 25, 300 kg Max. Load: 9500 kg Front bridge load: 11, 800 kg no-load Rear bridge load: 13, 500 kg no-load Front bridge load: 26, 595 kg full load Rear bridge load: 8205 kg full load Operation ability Max. Speed Full load, advance / retreat, flat road Gear 1: 4.0 km / h Gear 2: 8.3 km / h Gear 3: 15.4 km / h Gear 4: 25.0 km / h Max. Slope (load): 25% Max. Traction: 227 kn Engine Manufacturer: deutz, germany Model: f10l413fw Manner: 2 stage combustion air-cooling engine Power: 170 kw Intake system: dry air filter-press Exhaust system: catalytic exhaust purification and mufflers Brake Braking system: work / hydraulic parking brake system integration With the lifting handle Brake work: Design: multiple disk external liquid cooling hydraulic operation Brake pressure: 110-150 bar Parking brake / emergency brake Design: spring brake hydraulic brake released four security Driving system Torque converter Manufacturer: dana, the united states Model: series8000 Design: single-industrial-type hydraulic auxiliary drive system Gear-box Manufacturer: dana, the united states Model: series32000 Design: power gear-shift, 4 forward gears and 4 backward gears Drive bridge Front bridge Model: d102 Manufacturer: germany kessler (kessler) Rear bridge Manufacturer: kessler, germany Model: d102 Design: with ordinary differential speed
Weight nw: 12500 kg Max. Load: 4000 kg Front bridge load: 5625 kg no-load Rear bridge load: 6875 kg no-load Operation ability Max. Speed Full load, forward / backward, flat road Gear 1: 3.6 km / h Gear 2: 7.6 km / h Gear 3: 12.5 km / h Gear 4: 20 km / h Max. Slope (full load): 14% Max. Traction: 104 kn Engine Manufacturer: deutz, germany Model: f6l912fw Manner: 2 stage combustion air-cooling engine Power: 63 kw Intake system: dry air filter-press Exhaust system: catalytic exhaust purification and mufflers Brake Design: multiple disk external liquid cooling hydraulic operation Brake pressure: 110-138 bar Parking brake / emergency brake Design: spring brake hydraulic release Hydraulic system Designed to use imported hydraulic valve, eg. Bosch, rexroth, fk506, suodan, bishimokewobaike Driving system Torque converter Manufacturer: dana, the united states Model: c272 Design: single-industrial-type auxiliary drive hydraulic system Gear-box Manufacturer: dana, the united states Model: r28421 Design: power gear-shift 4 forward gears and 4 backward gears Drive bridge: meichi, xuzhou Model: q150 Design: no-spin slide proof self-locking differential speed for front bridge, ordinary differential speed for rear bridge
Raymond mill is suitable for grinding the nonflammable and nonexplosive materials with humidity below 6 % and mohs hardness less than 7, such as barite, calcite, feldspar, limestone, marole, glass and so on.Model:3r2615 max.Charge granularity(mm):20 discharge granularity(mm):0.125-0.044 shift output(t):2-25 central shaft velocity(r/min):165 inner diameter of the ring(mm):780 diameter of the roller(mm):260 motor of main machine(kw):y225s-8-18.5
It is developed by our engineers through many years' hard work on the basis of rich experience of industrial mills.It is mainly used in super powder processing with more than 500 kinds of materials such as feldpar,talcum,barite,marble,limestone.charcoal blacks and china clay,with output fineness of 500 meshes(25um) to 2500 meshes(5um) and the finest powder can be 3500 meshes(3.55um).Model:7826 No.of Roller(piece):3 Diameter of Roller(mm):260 Inside Dia of Ring(mm):780 Speed of Main Frame(r/min):160 Max.Feed Size(mm):20 Capacity(t/h):25-500 Motor Model of Main Frame and Power(kw):Y225S-8-18.5 Total Power(kw):45 Diamension L*W*H:4.1*4.2*5.1 Weight(t):4.8 Output Size(mm):500 mesh(0.25)-1250 mesh(0.01),the finest 2500 mesh(0.005)
Ball mill is the main part of grinding system, which is essential in the cement production. Our company is qualified to supply kinds of large ball mills for production line. All kinds of central drive, side drive, central discharge, slide-shoe bearing mill that can help you to produce qualified cement are in our range. The ball mill can be widely used in cement production, metallurgical, chemical industry and etc. Specification (Diameter*Width) (m) Rotating speed (r/min) Feed size (mm) Capacity (t/h) Load of grinding part Raw material Cement 1.83x7 23.9
This equipment uses biserial and centripetal spherical rod mandrel which can automatically adjust. The operation resistance of the equipment is extremely small, so its energy-saving effect is Significant. A section of Cone Cylinder is added to the original cylinder, which not only enlarges the effective volume the mill, but also makes the media inside the cylinder distribute more reasonably. It is widely used for grinding materials in the mineral dressing plant of non-ferrous metals and ferrous metals, as well as the Chemical and building materials lines.
The machine is mainly applied to the powder processing of mineral products in the industries of metallurgy, construction materials, chemical, and mining, etc. it can produce powder from various non-flammable and non-explosive mineral materials with Mohs hardness below 9.3 and humidity below 6%, such as quartz, feldspar, calcite, talcum, barite, fluoride, Xircom, cinder, white lime, cement clinker, activated carbon, dolomite, granite, soft coal, coking coal, lignite, magnesia, chromium oxide green, gold ore, red clay, clay, kaolin, coke, coal Gangue, porcelain clay, kyanite, fluorspar, bentonite, medicinal stone liparite, diabase, pyrophyllite, shale red stone, emeraldite, basalt, gypsum, graphite, carborundun, heat insulating material, etc.
Hammer Crusher is widely used in mining, cement, coal, metallurgic, construction material, road building, and Petroleum & Chemical industries. It is used for grinding the medium-hard materials. The material will be grinded by the striking between high-speed hammer and material. It possesses qualities of simple structure, large reduction ratio, and high-efficiency. Both Dry and Wet Process are available. Hammer Crusher Operating principle: The main working part of hammer crusher is rotors with hammer. The rotors consist of main shaft, disk, pin shaft and hammers. The motor drives the rotors to rotate quickly in the crushing cavity. Raw materials enter the crusher through the feed opening and are stricken, impacted, cut and ground by the high-speed hammer to small size. There is a screening plate under the rotor, so that materials with size smaller than the screen mesh will be screened out and others are left to be further hammered and ground until reach the standard size. The size of the final product can be adjusted by changing the screening plate. The gap between the rotors and the screening plate can also be adjusted according to different requirement.
