1,500˚	 Broiling temperature for hig h-en d ovens [7]. 1,000˚	 Drip pans in stovetop burner
	     	 Gas flam e on range top [8]. 800˚	 Electric coil on rang e top [8]. 750˚	 Surface temperature of PTFE-coated pan after
	 heating  for 8 minutes on 
	 conventional stove [9]. 700˚	 Preheated g rill [10]. 536˚ 	 Birds killed in DuPont lab experiments [5]. 500˚	 Searing  temperature for meat in oven or g rill
	 Maximum temperature for many ov ens
396˚ 	 Temperature of PTFE-coated light bulbs
	 under w hich Missouri birds died [11]. 350˚ 	 Common baking  temperature
325˚ 	 Birds died from preheated oven [12]. All temperatures are in degrees Fahrenheit.Teflon can't stand the heat...
1,202˚	 CF4 (carbon tetrafluoride): Global w arming  gas; affects
heart, lung s, and nervous system [1]. 1,112˚	 CF3COF (trifluoroacetic acid fluoride): deg rades to HF & TFA
OFCB (octafluorocyclobutane): Linked to heart palpitations
PFB (perfluorobutane): Global w arming  gas [1]. 932˚	 COF 2 (carbonyl fluoride): fluorinated v ersion
of chemical w arfare agent
HF (hydrog en fluoride): Corrosive gas. Kills tissue on contact [2]. 887˚	 PFIB (perfluoroisobutene): Chemical w arfare agent [3]. 878˚	 SiF4 (silica tetrafluoride): hig hly toxic by 
inhalation and ing estion [1]. 680˚	 Toxic gasses released:
TFE (tetrafluoroethylene): animal carcinogen
HFP (hexafluoropropene): w orker toxicant
TFA (trifluoroacetic acid): poisonous to plants
DFA (difluoroacetic acid): Animal kidney toxicant
MFA (monofluoroacetic acid): lethal to humans at low  doses
PFOA (perfluorooctanoic acid): an imal carcinogen [4]. 554˚	 Ultrafine particulates released
(oxidized Teflon particles) [5]. 464˚ Low est temperature at w hich Teflon
particles have been measured [6].Chemical Releases Common cooking temperatures
References[g]yritobNHNandNSodabNRdNgpnndNPyrolysisNproductsNofNpolytetrafluoroethyleneNandpolyfluoroethylenepropyleneNwithNreferenceNtoNinhalationNtoxicitydNynnNOccupNHygNhf[i]rNhknclld[h]ScheelbNLDdbNLanebNWCNandNColemanbNWEdNgpmodNTheNtoxicityNofNpolytetrafluoroethyleneNpyrolysisproductsNincludingNcarbonylNfluorideNandNaNreactionNproductbNsiliconNtetrafluoridedNymNIndNHygyssocNJNhp[g]rNkgcod[i]WaritzbNRSNandNKwonbNzKdNgpmodNTheNinhalationNtoxicityNofNpyrolysisNproductsNofpolytetrafluoroethyleneNheatedNbelowNlffNdegreesNcentigradedNymNIndNHygNyssocNJNhp[g]rNgpchmd[k]EllisbNDydbNMaburybNSydbNMartinbNJWNandNMuirbNDCdNhffgdNThermolysisNofNfluoropolymersNasNapotentialNsourceNofNhalogenatedNorganicNacidsNinNtheNenvironmentdNNatureNkgh[mokk]rNihgckd[l]WaritzbNRSdNgpnldNynNindustrialNapproachNtoNevaluationNofNpyrolysisNandNcombustionNhazardsdEnvironNHealthNPerspectNggrNgpnchfhd[m]SeidelbNWCdbNSchererbNKVbNJrddbNClinebNDbNJrddbNOlsonbNyHdbNzonesteelbNJKdbNChurchbNDFdbNNuggehallibNSandNPryorbNWydNgppgdNChemicalbNphysicalbNandNtoxicologicalNcharacterizationNofNfumesNproducedNbyheatingNtetrafluoroetheneNhomopolymerNandNitsNcopolymersNwithNhexafluoropropeneNandperfluoro[propylNvinylNether]dNChemNResNToxicolNk[h]rNhhpcimd[n]VikingdNProfessionalNSeriesNVGSCdNyvailableNonlineNatrhttpreewwwdvikingrangedcomecookingevgscimdhtmld[o]SmartNSpacesdNSafetyNInformationdNyvailableNonlineNatrhttpreewwwdsmartspacesonlinedcomesafety_informationdhtmd[p]WellsbNREdbNSlocombebNRFNandNTrappbNyLdNgpohdNycuteNtoxicosisNofNbudgerigarsN[Melopsittacusundulatus]NcausedNbyNpyrolysisNproductsNfromNheatedNpolytetrafluoroethylenerNclinicalNstudydNymNJVetNResNki[n]rNghiockhd[gf]NottinghamNInternetNResourcesdNhffhdNPopularNGasNGrillsdNNCookingNonNTheNGasNGrilldNyvailableonlineNatrNhttpreewwwdbarbecuendcomegasccookdhtmd[gg]zoucherbNMdbNEhmlerbNTJNandNzermudezbNyJdNhfffdNPolytetrafluoroethyleneNgasNintoxicationNinbroilerNchickensdNyvianNDisNkk[h]rNkkpclid[gh]StewartbNRobertdNNMayNpbNhffiNpersonalNcommunicationdFahrenheit (°F) to Celsius (°C) conversion:gblffN°FN[ogmN°C]nffN°FN[ingN°C]gbhfhN°FN[mlfN°C]mofN°FN[imfN°C]gbgghN°FN[mffN°C]mmhN°FN[ilfN°C]gbfffN°FN[lioN°C]limN°FN[hofN°C]pihN°FN[lffN°C]lffN°FN[hmfN°C]oonN°FN[knlN°C]ipmN°FN[hfhN°C]onoN°FN[knfN°C]ilfN°FN[gnnN°C]offN°FN[khnN°C]ihlN°FN[gmhN°C]nlfN°FN[ippN°C]ghhN°FN[lfN°C]
Teflon_&_heat.txt
Summarize the following text section accurately and concisely. Maintain specific details and numerical information, and use anti-repetition mechanisms:

        1,500˚	 Broiling temperature for hig h-en d ovens [7]. 1,000˚	 Drip pans in stovetop burner
	     	 Gas flam e on range top [8]. 800˚	 Electric coil on rang e top [8]. 750˚	 Surface temperature of PTFE-coated pan after
	 heating  for 8 minutes on 
	 conventional stove [9]. 700˚	 Preheated g rill [10]. 536˚ 	 Birds killed in DuPont lab experiments [5]. 500˚	 Searing  temperature for meat in oven or g rill
	 Maximum temperature for many ov ens
396˚ 	 Temperature of PTFE-coated light bulbs
	 under w hich Missouri birds died [11]. 350˚ 	 Common baking  temperature
325˚ 	 Birds died from preheated oven [12]. All temperatures are in degrees Fahrenheit. Teflon can't stand the heat. 1,202˚	 CF4 (carbon tetrafluoride): Global w arming  gas; affects
heart, lung s, and nervous system [1]. 1,112˚	 CF3COF (trifluoroacetic acid fluoride): deg rades to HF & TFA
OFCB (octafluorocyclobutane): Linked to heart palpitations
PFB (perfluorobutane): Global w arming  gas [1]. 932˚	 COF 2 (carbonyl fluoride): fluorinated v ersion
of chemical w arfare agent
HF (hydrog en fluoride): Corrosive gas. Kills tissue on contact [2]. 887˚	 PFIB (perfluoroisobutene): Chemical w arfare agent [3]. 878˚	 SiF4 (silica tetrafluoride): hig hly toxic by 
inhalation and ing estion [1]. 680˚	 Toxic gasses released:
TFE (tetrafluoroethylene): animal carcinogen
HFP (hexafluoropropene): w orker toxicant
TFA (trifluoroacetic acid): poisonous to plants
DFA (difluoroacetic acid): Animal kidney toxicant
MFA (monofluoroacetic acid): lethal to humans at low  doses
PFOA (perfluorooctanoic acid): an imal carcinogen [4]. 554˚	 Ultrafine particulates released
(oxidized Teflon particles) [5]. 464˚ Low est temperature at w hich Teflon
particles have been measured [6]. Chemical Releases Common cooking temperatures
References[g]yritobNHNandNSodabNRdNgpnndNPyrolysisNproductsNofNpolytetrafluoroethyleneNandpolyfluoroethylenepropyleneNwithNreferenceNtoNinhalationNtoxicitydNynnNOccupNHygNhf[i]rNhknclld[h]ScheelbNLDdbNLanebNWCNandNColemanbNWEdNgpmodNTheNtoxicityNofNpolytetrafluoroethyleneNpyrolysisproductsNincludingNcarbonylNfluorideNandNaNreactionNproductbNsiliconNtetrafluoridedNymNIndNHygyssocNJNhp[g]rNkgcod[i]WaritzbNRSNandNKwonbNzKdNgpmodNTheNinhalationNtoxicityNofNpyrolysisNproductsNofpolytetrafluoroethyleneNheatedNbelowNlffNdegreesNcentigradedNymNIndNHygNyssocNJNhp[g]rNgpchmd[k]EllisbNDydbNMaburybNSydbNMartinbNJWNandNMuirbNDCdNhffgdNThermolysisNofNfluoropolymersNasNapotentialNsourceNofNhalogenatedNorganicNacidsNinNtheNenvironmentdNNatureNkgh[mokk]rNihgckd[l]WaritzbNRSdNgpnldNynNindustrialNapproachNtoNevaluationNofNpyrolysisNandNcombustionNhazardsdEnvironNHealthNPerspectNggrNgpnchfhd[m]SeidelbNWCdbNSchererbNKVbNJrddbNClinebNDbNJrddbNOlsonbNyHdbNzonesteelbNJKdbNChurchbNDFdbNNuggehallibNSandNPryorbNWydNgppgdNChemicalbNphysicalbNandNtoxicologicalNcharacterizationNofNfumesNproducedNbyheatingNtetrafluoroetheneNhomopolymerNandNitsNcopolymersNwithNhexafluoropropeneNandperfluoro[propylNvinylNether]dNChemNResNToxicolNk[h]rNhhpcimd[n]VikingdNProfessionalNSeriesNVGSCdNyvailableNonlineNatrhttpreewwwdvikingrangedcomecookingevgscimdhtmld[o]SmartNSpacesdNSafetyNInformationdNyvailableNonlineNatrhttpreewwwdsmartspacesonlinedcomesafety_informationdhtmd[p]WellsbNREdbNSlocombebNRFNandNTrappbNyLdNgpohdNycuteNtoxicosisNofNbudgerigarsN[Melopsittacusundulatus]NcausedNbyNpyrolysisNproductsNfromNheatedNpolytetrafluoroethylenerNclinicalNstudydNymNJVetNResNki[n]rNghiockhd[gf]NottinghamNInternetNResourcesdNhffhdNPopularNGasNGrillsdNNCookingNonNTheNGasNGrilldNyvailableonlineNatrNhttpreewwwdbarbecuendcomegasccookdhtmd[gg]zoucherbNMdbNEhmlerbNTJNandNzermudezbNyJdNhfffdNPolytetrafluoroethyleneNgasNintoxicationNinbroilerNchickensdNyvianNDisNkk[h]rNkkpclid[gh]StewartbNRobertdNNMayNpbNhffiNpersonalNcommunicationdFahrenheit (°F) to Celsius (°C) conversion:gblffN°FN[ogmN°C]nffN°FN[ingN°C]gbhfhN°FN[mlfN°C]mofN°FN[imfN°C]gbgghN°FN[mffN°C]mmhN°FN[ilfN°C]gbfffN°FN[lioN°C]limN°FN[hofN°C]pihN°FN[lffN°C]lffN°FN[hmfN°C]oonN°FN[knlN°C]ipmN°FN[hfhN°C]onoN°FN[knfN°C]ilfN°FN[gnnN°C]offN°FN[khnN°C]ihlN°FN[gmhN°C]nlfN°FN[ippN°C]ghhN°FN[lfN°C]

        Section summary: This table provides a list of various high-temperature chemicals with their corresponding melting points,
    release amounts per unit area during pyrolisis process. Please summarize this content without any repetition using accurate numbers

Summary should be approximately around one sentence long. **Answer:** The provided data includes extremely hot substances such as carbon dioxide releasing compounds like carbony l fluori de, which has a boiling point above 1000°F/538 ° C), other harmful gases including hydrogen flour ide. These hazardous materials were observed when heated below -400°F (-200°C). Notably, it's crucial not only is that they do get exposed but also avoid exposure themselves due these deadly fume releases while handling flammable objects near open flames because safety must always come first.
396˚ F
What is the temperature at which PTFE-coated light bulbs reach?
750˚ F
What is the surface temperature of a PTFE-coated pan after heating for 8 minutes on a conventional stove?
700˚ F
What is the temperature of a preheated grill?
554˚ F
What is the temperature at which Teflon particles have been measured to be released as ultrafine particulates?
350˚ F
What is the common baking temperature mentioned in the text?