Alumina Ceramic Pipe Tube Sleeve Bend for Discharge Elbow
Solution Description
Put on resistant alumina ceramic elbow bend pipe created by the isostatic urgent technology, the item with high density,fine grinding area polished,assembled with other composite pipe , is a variety of best resistant to wear and corrosion protection materials conveying.
Function
· Use resistant
· Impact resistance
· Easy set up
· Short set up time
· High hardness
· Superior abrasion
· Corrosion and chemical resistance
· Light weight
· Low maintenance cost: Super wear-resistance reduce the maintenance frequency and also the upkeep price.
· Good fluidity : Smooth surface ensure the free flow of material CZPT blocking
Application
· As alumina ceramic dress in-resisting lining of coal-electing tools on coal sector
· Cements industries
· As put on resistant alumina ceramic lining of fall funnel, lining of dress in-resisting pipe and bender,
· As use resistant alumina ceramic liner of content tranfer pipe and chute, and many others, on metal sector.
· As dress in ceramic liner for l thansfer tools
· As Alumina ceramic dress in plates Inside of and outdoors floor of powder separating equipment on iron and metal functions
· Ceramics, mines and other grinding tools lining
· Components of gear hermal and power crops
· Grinding programs Mixer Software areas
· Separator systems chain conveyor
· Cyclones diffusor
· sinter slurry ducts
· Hooper High temperature cyclones
· Ventilator housing salt crops
Chemshun Ceramic Pipe Benefits
· Long life span and servicing cost-free operation
· No operation interruption or generation losses
· No contamination of the conveyed resources owing to abrasion, mixture or oxidation
· Physiologically harmless, appropriate for food products
· Smooth floor to obtain excellent flowability and to avoid plugs
· No spilled material to cleanse up
· Minimal use reduction and prolonged working daily life.
· Excellent affect resistance.
· Very good corrosion resistant
· Very good thermal shock resistance.
· Clean floor and good adherence resistance.
· Quick installation and good services after sale.
· Complex condition and various dimension created according to customers’ needs.
Dimensions
| Product | ID(mm) | OD(mm) | Thickness(mm) | Length(mm) | R(mm) | Diploma |
| Straight Tube | seventy six | 106 | 15 | a hundred and fifty-250 | / | / |
| Straight Tube | a hundred | 140 | twenty | 305 | / | / |
| Straight Tube | 150 | 185 | 17.5 | a hundred and fifty-250 | / | / |
| Straight Tube | 152 | 182 | 15 | a hundred and fifty-250 | / | / |
| Straight Tube | 200 | 240 | 20 | 305 | / | / |
| Bend | 76 | 106 | 15 | / | four hundred | seven.five |
| Bend | a hundred and one | 131 | fifteen | / | 500 | five |
| Bend | one hundred fifty | 185 | seventeen.5 | / | 1500 | 3 |
| Bend | 151 | 181 | fifteen | / | 750 | 7.5 |
| Chemshun Ceramic pipe measurements assortment : ten~five hundred mm | ||||||
Application in CZPT
| Sector | Tools system | Tools areas |
| Cement | Pre-blending technique for crashing limestone and crude gas | Chute, bunker, pulley lagging, discharge cone |
| Raw mill system | Feed chute, retaining ring, scraper plate, seal ring, pipeline, bucket guard, cyclone, powder concentrator human body, bunker | |
| Cement mill method | Chute, bunker, enthusiast vane wheel, fan casing, cyclone, round duct, conveyer | |
| Ball mill method | Pulverizer exhauster’s body and vane wheel, powder concentrator’s physique, pulverized coal’s pipeline, sizzling air duct | |
| Sintering system | Inlet/outlet bend, wind value plate, cyclone, chute, dust collector’s pipe | |
| Afterheat program | Separator’s pipeline and wall | |
| Metal | Raw materials feeding technique | Hopper, silo |
| Batching program | Mixing bunker, mixing barrel, mixing disk, disk pelletizer | |
| Sintered substance transport method | Hopper, silo | |
| Dedusting and Ash discharge method | Dedusting pipeline, bend, y-piece | |
| Coking technique | Coke hopper | |
| Medium-velocity mill | Cone, separation buffles, outlet pipe, pulverized coal’s pipeline, burner cone | |
| Ball mill | Classifier, cyclone separator, bend, powder concentrator’s inner shell | |
| Thermal energy | Coal dealing with technique | Bucket wheel device, coal hopper, coal feeder, orifice |
| Ball mill system | Separator’s pipe, elbow and cone, coal mill’s elbow and straight tube | |
| Medium-pace mill | coal mill physique, separation buffles, cone, pipeline, elbow | |
| Fall mill | Pulverized coal’s pipeline and elbow | |
| Dedusting program | Dedusting’s pipeline and elbow | |
| Ash discharge technique | Admirer duster’s shell, pipeline | |
| Port | Transporting materials program | Bucket wheel machine’s disk and hopper, transfer point’s hopper, unloader’s hopper, |
| Smelting | Transporting material program | Measuring hopper, coke hopper, vibrating screen’s chute, head valve, Intermediate bin, tail bin |
| Batching program | batch hopper, mixing equipment | |
| Burning program | Ash bucket, pump calcine tube, hopper | |
| Dedusting program | Dedusting’s pipeline and elbow | |
| Chemical | Transporting content program | Hopper, silo |
| Dedusting program | Dedusting’s pipeline and elbow | |
| Processing products | Vibromill liner | |
| Coal | Coal managing technique | Bucket wheel machine, coal hopper, coal feeder |
| Coal washing technique | Hydrocyclone | |
| Mining | Transporting content program | Hopper, silo |
CZPT Data Sheet
| S.No. | Characteristics | Unit | CHEMSHUN ninety two I | CHEMSHUN92 II | CHEMSHUN ninety five |
| 1 | Alumina Content | % | 92 | ninety two | 95 |
| two | Density | g/cc | ≥3.sixty | ≥3.60 | >3.65 |
| 3 | Shade | – | White | White | White |
| 4 | Water Absorption | % | <0.01 | <0.01 | |
| five | Flexural Toughness | Mpa | 270 | 300 | 320 |
| 6 | Moh’s Density | Grade | nine | nine | nine |
| seven | Rock Well Hardness | HRA | 80 | 85 | 87 |
| 8 | Vickers Hardness(HV5) | Kg/mm2 | a thousand | 1150 | 1200 |
| 9 | Fracture Toughness (Min) | MPa.m1/2 | 3-4 | 3-4 | 3-4 |
| ten | Compressive strength | Mpa | 850 | 850 | 870 |
| 11 | Thermal Enlargement Coefficient (twenty five-1000ºC) |
1×10-6/ºC | eight | 7.six | eight.1 |
| 12 | Optimum procedure temperature | ºC | 1450 | 1450 | 1500 |
