High Quality Business Ceramic Pipe Sleeve for Electrical power Distribution
Merchandise Description
The ceramic sleeve can remedy the significant abrasion in the air powder-feeding method. The liner with excellent wear resistance capacity, the wear resistance in higher temperature and chemical resistance ability of alumina ceramics is totally utilised as effectively as the features of high energy and temperature of metallic components. Our desgn is fulfill properly the usefulness of set up and substitute.
It has solved the challenging difficulty in the dress in resistance of industrial piping, because its emergence it has replaced the elbow and piping produced of conventional supplies in the air feeding program of most industries, for example thermal electricity, metallurgy, steel, coal, cement and chemical industrial. The end users proved that the functioning lifestyle of gear can be extended by far more than ten occasions by employing of the abrasion-resistant ceramic piping.
Characteristic
· Put on resistant
· Influence resistance
· Simple set up
· Quick installation time
· High hardness
· Superior abrasion
· Corrosion and chemical resistance
· Light weight
· Low maintenance cost: Super wear-resistance reduce the maintenance frequency and also the servicing cost.
· Good fluidity : Smooth surface ensure the free flow of material CZPT blocking
Application
· As alumina ceramic wear-resisting lining of coal-electing gear on coal sector
· Cements industries
· As dress in resistant alumina ceramic lining of drop funnel, lining of wear-resisting pipe and bender,
· As put on resistant alumina ceramic liner of content tranfer pipe and chute, etc, on steel sector.
· As wear ceramic liner for l thansfer products
· As Alumina ceramic use plates Inside of and outside surface area of powder separating gear on iron and steel operates
· Ceramics, mines and other grinding products lining
· Parts of tools hermal and electrical power vegetation
· Grinding methods Mixer Software regions
· Separator systems chain conveyor
· Cyclones diffusor
· sinter slurry ducts
· Hooper High temperature cyclones
· Ventilator housing salt crops
Chemshun Ceramic Pipe Benefits
· Long lifetime and maintenance free of charge operation
· No procedure interruption or generation losses
· No contamination of the conveyed materials because of to abrasion, mixture or oxidation
· Physiologically harmless, suitable for meals products
· Smooth floor to accomplish excellent flowability and to stay away from plugs
· No spilled content to clean up
· Lower use loss and lengthy functioning lifestyle.
· Good affect resistance.
· Great corrosion resistant
· Excellent thermal shock resistance.
· Clean area and good adherence resistance.
· Fast installation and good service right after sale.
· Complicated shape and different measurement designed in accordance to customers’ requires.
Proportions
| Solution | ID(mm) | OD(mm) | Thickness(mm) | Duration(mm) | R(mm) | Degree |
| Straight Tube | seventy six | 106 | 15 | one hundred fifty-250 | / | / |
| Straight Tube | 100 | one hundred forty | twenty | 305 | / | / |
| Straight Tube | one hundred fifty | 185 | seventeen.5 | a hundred and fifty-250 | / | / |
| Straight Tube | 152 | 182 | 15 | a hundred and fifty-250 | / | / |
| Straight Tube | 200 | 240 | twenty | 305 | / | / |
| Bend | seventy six | 106 | 15 | / | 400 | 7.five |
| Bend | 101 | 131 | 15 | / | five hundred | five |
| Bend | a hundred and fifty | 185 | seventeen.5 | / | 1500 | 3 |
| Bend | 151 | 181 | fifteen | / | 750 | seven.5 |
| Chemshun Ceramic pipe measurements range : 10~five hundred mm | ||||||
Application in CZPT
| Market | Tools technique | Tools parts |
| Cement | Pre-blending method for crashing limestone and crude gas | Chute, bunker, pulley lagging, discharge cone |
| Raw mill technique | Feed chute, retaining ring, scraper plate, seal ring, pipeline, bucket guard, cyclone, powder concentrator human body, bunker | |
| Cement mill technique | Chute, bunker, enthusiast vane wheel, supporter casing, cyclone, circular duct, conveyer | |
| Ball mill method | Pulverizer exhauster’s physique and vane wheel, powder concentrator’s physique, pulverized coal’s pipeline, scorching air duct | |
| Sintering technique | Inlet/outlet bend, wind value plate, cyclone, chute, dust collector’s pipe | |
| Afterheat technique | Separator’s pipeline and wall | |
| Steel | Raw materials feeding method | Hopper, silo |
| Batching system | Mixing bunker, mixing barrel, mixing disk, disk pelletizer | |
| Sintered material transport program | Hopper, silo | |
| Dedusting and Ash discharge program | Dedusting pipeline, bend, y-piece | |
| Coking system | Coke hopper | |
| Medium-speed 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 method | Bucket wheel device, coal hopper, coal feeder, orifice |
| Ball mill technique | Separator’s pipe, elbow and cone, coal mill’s elbow and straight tube | |
| Medium-pace mill | coal mill entire body, separation buffles, cone, pipeline, elbow | |
| Fall mill | Pulverized coal’s pipeline and elbow | |
| Dedusting system | Dedusting’s pipeline and elbow | |
| Ash discharge method | Admirer duster’s shell, pipeline | |
| Port | Transporting substance technique | Bucket wheel machine’s disk and hopper, transfer point’s hopper, unloader’s hopper, |
| Smelting | Transporting content system | Measuring hopper, coke hopper, vibrating screen’s chute, head valve, Intermediate bin, tail bin |
| Batching technique | batch hopper, mixing equipment | |
| Burning method | Ash bucket, pump calcine tube, hopper | |
| Dedusting method | Dedusting’s pipeline and elbow | |
| Chemical | Transporting content method | Hopper, silo |
| Dedusting system | Dedusting’s pipeline and elbow | |
| Processing gear | Vibromill liner | |
| Coal | Coal managing method | Bucket wheel device, coal hopper, coal feeder |
| Coal washing technique | Hydrocyclone | |
| Mining | Transporting material method | Hopper, silo |
CZPT Knowledge Sheet
| S.No. | Attributes | Device | CHEMSHUN ninety two I | CHEMSHUN92 II | CHEMSHUN ninety five |
| 1 | Alumina Content | % | 92 | ninety two | ninety five |
| two | Density | g/cc | ≥3.sixty | ≥3.60 | >3.65 |
| three | Shade | – | White | White | White |
| four | Water Absorption | % | <0.01 | <0.01 | |
| five | Flexural Power | Mpa | 270 | three hundred | 320 |
| six | Moh’s Density | Grade | nine | 9 | 9 |
| 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 | three-four | 3-four | three-4 |
| 10 | Compressive energy | Mpa | 850 | 850 | 870 |
| 11 | Thermal Expansion Coefficient (twenty five-1000ºC) |
1×10-6/ºC | eight | 7.6 | eight.one |
| twelve | Highest operation temperature | ºC | 1450 | 1450 | 1500 |
