Polycarbonate solid sheet

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Polycarbonate solid sheet

  1. 1. Impact strength Unnotchedpolycarbonateisvirtuallyunbreakable,makingitextremelysafeinareaswherepartsmaybeexposedtoimpact.Polycarbonatesheetisasclearasglassand250timesstronger.It‘salso30timesstrongerthanAcrylicsheet-offeringamarginofsafetythatnootherclearglazingmaterialcanbeat.Thistough,longlastingmaterialoffersattractiveprotectioninareassubjecttohightraffic,vandalismorburglary. polycarbonate clear glazing high impact forklift polycarbonate riot shield
  2. 2. Lightweight Theuniquecombinationoflightweight(halfofglass)andhighstrengthallowsdesignsthatrequirelessstructuralsupport.Policarbonatesheetisextremelyductile.Itcanbecutonsitefromflatsheetorcoldformedintocurvesthatwouldbeimpossibletoconstructwithlaminatedglass.Bendingradiusofpolycarbonatesheetshouldbeatleast180timestothesheetthicknessforoutdooruse,andleast100timesthethicknessforindooruse. Polycarbonate Polycarbonate sheet Polycarbonate sheet glazing virtually unbreakable and can provide heat insulation making them ideal for roof glazing.
  3. 3. Optical Clearity Displayingexcellentclarity, polycarbonatehasalighttranmissionrangingfrom82to90%dependingonthethickness. pc green house UV Protection PolycarbonatesheetisUVprotectedtogiveexcellentdurabilitytooutdoorweatheringandtoresistthedegradingeffectsofdirectsunlightandotherharmfulUVsources. pc light diffuser halogen lamp
  4. 4. Electrical Polycarbonateisexcellentforelectricalapplications,becauseofitsexcellentinsulationproperties,highdielectricstrengthandhighvolumeresistivity. Polycarbonateishighlysuitableforuseinpartsofelectricalequipments,electricalhousing, switchboards,whereinsulation,shockresistance, hightemperatureandtransparencyisneeded. Lightweight,impactandshatterresistantqualitiesmakeitperfectforhousingcomputers, cellphone,faxmachineswhileatthesametimewithstandingthebangs,andaccidentaldrops. polycarbonate cpucasing High Heat Environments Resistance Polycarbonatecanbeusedinlightingapplicationswhentemperatureiscritical. Lightingsystemswithhalogenlampsgeneratinghighheatrequirepartssuchashousings,reflectors,andlensesthatwithstandhightemperatures.Theuseofhightemperatureresistancematerialsallowsgreaterdesignflexibilityandweightsavingbyreplacingtraditionalmateriallikeglassormetal.
  5. 5. SAFETY : Safety barriers Machine guards Machine enclosure machine guards machine guards enclosure
  6. 6. polycarbonate graphic film electrical switch panel polycarbonate sun roof automobile VIEWING PANELS : Noise control enclosures Switch panel graphic film Scientific instrumentation Automobile polycarbonate noise control enclosure
  7. 7. GLAZING : Bus shelters Sports stadiums Vandal protection polycarbonate waiting shelter bus polycarbonate ice skating stadium
  8. 8. polycarbonate engineering component MACHINED PARTS : Precision engineering components Insulating parts for electrical engineering Level indicators
  9. 9. Cutting and sawing Polycarbonatesheetcanbecutwithavarietyofcommonhand-heldandtablemountedsawingequipment,circularsaw,bandsaw,shearingmachineofjigsaw. Werecommendedusingcircularsaw(TC+20bladetype)forcleancutwithoutfusingandburrs(sawdiameter:255,305mm;numberofteeth:80;speed3500~6000rpm).Remember,takecaretoprotectyourselffrominjury.Useappropriateeyeandearprotectionandexercisecautionwhenoperating cuttingequipment. Drilling Holescanbemadewithsheetmetaldrillbits.Werecommendedadjustingthespeedandfeedratetopreventheatbuildup.800to1500rpmistherecommendedspeedrange. Punching Punchingispossiblewithapunchpressanddie.Aclearanceofabout5percentofthesheetthicknessfromtheedgeisrecommended. Bonding Polycarbonatecanbemechanicallybondedbystandardmethods.Itcanalsobecementedbyusingasolventsuchasmethylenechlorideorethylchloridesolvent. Adhesivessuchasepoxy,isocyanate,urethaneandsilicone,generallytobondPCtoothermaterial.
  10. 10. Painting and Printing Urethane, epoxy, acrylic, polyvinyl chloride acetate copolymer and phenol resin paints can all be used. Acrylic cold setting paints are recommended. For printing, acrylic, chlorinated rubber, polyvinyl chloride and polyamide inks can be used, while chlorinate rubber and polyamide inks are preferred. When choosing a paint or printing ink, take a special note of chemical composition, especially the type and concentration of the thinner or carrier that is used. Removing paint or other materials Freshpaintmayberemovedbyrubbinglightlywithacleaningmaterialsuchasisopropylalcohol.Thenthesheetshouldbewashedimmediatelywithamildsoapordetergentinwarmwater,andrinsedthoroughlywithcleanwater. Greaseandglazingcompoundmaysimilarlyberemovedfromthesurfacewiththeabovementionedcleaningmaterials.Weatheredpaintmaybeliftedoffthesheetwithmaskingtape.Razorbladesorothersharpscrapingtoolsshouldneverbeused.
  11. 11. Bending Stripheatingisanacceptablemethodforlocalizedbendingofpolycarbonatesheet. Heatingbothsidesatthebendareaisrequiredforbestresults.Usingnichromewireorallowslocalizedheatingtoformsimpleandcomplexangles.Thetemperatureforstripheatingshouldbeapproximately315°F(160°Cto200ᵒC). Thermoforming High-temperaturethermoforming(370ºF/187°Cto415ºF/212°C)providesdeepdrawsandsharpdetail.Lowertemperatures(350ºF/176°Cto370ºF)fitsimpledrapeforming. Polycarbonatediffersfrommostthermoplasticsinthreeimportantways: •Itrapidlylosesitsrigidityatformingtemperaturesabove370ºF(187°C) •Ithasanarrowhigh-temperatureformingrangeof370ºF(187°C)to415ºF(212°C) • It forms interior bubbles if entrained moisture is present.Before forming, it is necessary to dry the material at 110ᵒC to 125ᵒC for two or three hours. Pre-heating is also effective in creating an efficient forming cycle with uniform result.
  12. 12. •Heatingmethods—Heatingpolycarbonate Sheetinahotairovenisimpracticalbecausetherapidstiffeningratedemandsfastactionbetweenheatingandforming.Forexample, onlysixsecondsarerecommendedfor3mmsheetbetweenheatingandforming.Thecorrespondingtimefor6mmsheetisabout10seconds.Aninfraredoven(gas-firedorelectric)istheacceptedheatingmethod.Electricheatingisgenerallysafer,morecontrollable. Moisture efectpolycarbonate thermoforming Pre-heating/ annealing before forming PC
  13. 13. THANK YOU

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