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Polyimide hose and tubes in our range:

Polyimide tubing - standard lengths / design of micro-miniature polyimide tubing

Polyimide tubing - Polyimide tubing: standard sizes and tolerances

Polyimide hose - Thermal data

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
Gebrauchstemperatur ohne mechanische Beanspruchung, in Luft kurzzeitig dauernd	°C			400260
Formbeständigkeit in der Wärme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linearer Ausdehnungskoeffizient		K-1 x 106	D 696	50 - 63
Wärmeleitfähigkeit		W / mK	C 177	0,29 - 0,35

Properties	Temperature	Unit	Test specification ASTM	Base material SP-1
Service temperature without mechanical stress, in air short-term continuous	°C			400260
Dimensional stability in heat (HDT 1.85 N/mm2	°C		D 648	280 - 360
linear expansion coefficient		K-1 x 106	D 696	50 - 63
Thermal conductivity		W / mK	C 177	0,29 - 0,35

Propiedades	Temperatura	Unidad	Especificación de ensayo ASTM	Material de base SP-1
Temperatura de servicio sin tensión mecánica, en aire a corto plazo continuo	°C			400260
Estabilidad dimensional al calor (HDT 1,85 N/mm2	°C		D 648	280 - 360
coeficiente de dilatación lineal		K-1 x 106	D 696	50 - 63
Conductividad térmica		W / mK	C 177	0,29 - 0,35

Właściwości	Temperatura	Jednostka	Specyfikacja testu ASTM	Materiał bazowy SP-1
Temperatura pracy bez naprężeń mechanicznych, w powietrzu, krótkotrwała, ciągła	°C			400260
Stabilność wymiarowa w wysokiej temperaturze (HDT 1,85 N/mm2	°C		D 648	280 - 360
współczynnik rozszerzalności liniowej		K-1 x 106	D 696	50 - 63
Przewodność cieplna		W / mK	C 177	0,29 - 0,35

Caractéristiques	Température	Unité	Prüfvorschrift ASTM	Substance de base SP-1
Température d'utilisation sans contrainte mécanique, dans l'air courte durée permanente	°C			400260
Stabilité dimensionnelle à chaud (HDT 1,85 N/mm2)	°C		D 648	280 - 360
Coefficient de dilatation linéaire		K-1 x 106	D 696	50 - 63
Conductivité thermique		W / mK	C 177	0,29 - 0,35

Proprietà	Temperatura	Unità	Specifiche di prova ASTM	Materiale di base SP-1
Temperatura di esercizio senza sollecitazioni meccaniche, in aria a breve termine continuo	°C			400260
Stabilità dimensionale al calore (HDT 1,85 N/mm2)	°C		D 648	280 - 360
coefficiente di espansione lineare		K-1 x 106	D 696	50 - 63
Conducibilità termica		W / mK	C 177	0,29 - 0,35

خصائص	درجة الحرارة	وحدة	مواصفات الاختبار ASTM	المادة الأساسية sp-1
درجة حرارة الخدمة دون الإجهاد الميكانيكي ، في الهواء على المدى القصير مستمر	درجة مئوية			400260
الاستقرار الأبعاد في الحرارة (hdt 1.85n/mm2	درجة مئوية		د 648	280-360
معامل التمدد الخطي		ك-1 × 106	د 696	50-63
الموصلية الحرارية		مع mK	(ج) 177	0,29-0,35

속성	온도	단위	테스트 규격 astm	기본 재료 sp-1
기계적 응력이 없는 사용 온도는 공기에서 단기간 연속적으로	°C			400260
열에서의 치수 안정성 (hdt) 1.85n/mm2	°C		D 648	280-360
선형 확장 계수		K-1 x 106	D 696	50-63
열전도율		W/mK	C 177	0,29-0,35

プロパティ	温度	単位	試験仕様 ASTM	基材 SP-1
機械的ストレスのない使用温度、大気中、短期連続	°C			400260
熱に対する寸法安定性（HDT 1.85 N/mm2	°C		D 648	280 - 360
線膨張係数		K-1 x 106	D 696	50 - 63
熱伝導率		W / mK	C 177	0,29 - 0,35

物业	温度	单位	试验规范ASTM	基材SP-1
工作温度无机械应力，在空气中短期连续	°C			400260
热尺寸稳定性（HDT 1.85 N/mm2	°C		D 648	280-360
线膨胀系数		K-1 x 106	D 696	50-63
导热系数		W/mK	C 177	0,29-0,35

Vlastnosti	Teplota	Jednotka	Testovací specifikace astm	Základní materiál sp-1
Teplota použití bez mechanického napětí, krátkodobé nepřetržité ve vzduchu	° C			400260
Rozměrná stabilita tepla (hdt) 1,85 n/mm2	° C		D 648	280-360
Lineární roztažený koeficient		K-1 x 106	D 696	50-63
Tepelná vodivost		W/mK	C 177	0,29-0,35

Propriedades	Temperatura	Unidade	Especificação de ensaio ASTM	Material de base SP-1
Temperatura de serviço sem esforço mecânico, no ar, de curta duração contínua	°C			400260
Estabilidade dimensional ao calor (HDT 1,85 N/mm2	°C		D 648	280 - 360
coeficiente de dilatação linear		K-1 x 106	D 696	50 - 63
Condutividade térmica		W / mK	C 177	0,29 - 0,35

Свойства	Температура	Единица	Спецификация испытаний ASTM	Основной материал SP-1
Температура эксплуатации без механических нагрузок, на воздухе в течение короткого времени	°C			400260
Стабильность размеров при нагревании (HDT 1,85 Н/мм2	°C		D 648	280 - 360
коэффициент линейного расширения		K-1 x 106	D 696	50 - 63
Теплопроводность		Вт / мК	C 177	0,29 - 0,35

Özellikler	Sıcaklık	Birim	Test özellikleri astm	Temel malzeme sp-1
Havada mekanik stres olmadan kullanım sıcaklığı kısa süreli sürekli	° C			400260
Isıda boyutsal stabilite (hdt) 1.85n/mm2	° C		D 648	280-360
Doğrusal genleşme katsayısı		K-1 x 106	D 696	50-63
Termal iletkenlik		W/mK	C 177	0,29-0,35

Tulajdonságok	Hőmérséklet	Egység	ASTM vizsgálati előírás	SP-1 alapanyag
Mechanikai feszültség nélkül üzemi hőmérséklet, rövid távú folyamatos levegőben	°C			400260
A méreti stabilitás hőben (HDT 1,85 N/mm2	°C		D 648	280-360
Lineáris expanziós együttható		K-1 x 106	D 696	50-63
Hővezetőség		M/mK	C 177	0,29-0,35

خصوصیات	دمای	واحد واحد	مشخصات آزمون astm	مواد پایه sp-1
دمای استفاده بدون استرس مکانیکی ، مداوم در هوا	درجه C			400260
پایداری بعدی در گرما (hdt) 1.85n/mm2	درجه C		D 648	280-360
ضریب انبساط خطی		K-1 x 106	D 696	50-63
هدایت حرارتی		W/mK	ج 177	0,29-0,35

Eigenschappen	Temperatuur	Eenheid	Testspecificatie ASTM	Basismateriaal SP-1
Bedrijfstemperatuur zonder mechanische belasting, in lucht kortstondig continu	°C			400260
Dimensionale stabiliteit bij hitte (HDT 1,85 N/mm2	°C		D 648	280 - 360
lineaire uitzettingscoëfficiënt		K-1 x 106	D 696	50 - 63
Thermische geleidbaarheid		W / mK	C 177	0,29 - 0,35

Proprietăți	Temperatura	Unitatea	Specificație de încercare ASTM	Material de bază SP-1
Temperatura de serviciu fără solicitări mecanice, în aer, pe termen scurt, continuu	°C			400260
Stabilitate dimensională la căldură (HDT 1.85 N/mm2	°C		D 648	280 - 360
coeficientul de dilatare liniară		K-1 x 106	D 696	50 - 63
Conductivitate termică		W / mK	C 177	0,29 - 0,35

Ominaisuudet	Lämpötila	Yksikkö	Testauseritelmä ASTM	Perusmateriaali SP-1
Käyttölämpötila ilman mekaanista rasitusta, ilmassa lyhytaikaisesti jatkuva	°C			400260
Mittapysyvyys kuumuudessa (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineaarinen laajenemiskerroin		K-1 x 106	D 696	50 - 63
Lämmönjohtavuus		W / mK	C 177	0,29 - 0,35

Vlastnosti	Teplota	Jednotka	Skúšobná špecifikácia ASTM	Základný materiál SP-1
Prevádzková teplota bez mechanického namáhania, na vzduchu, krátkodobo, nepretržite	°C			400260
Rozmerová stabilita za tepla (HDT 1,85 N/mm2	°C		D 648	280 - 360
koeficient lineárnej rozťažnosti		K-1 x 106	D 696	50 - 63
Tepelná vodivosť		W / mK	C 177	0,29 - 0,35

Ejendomme	Temperatur	Enhed	Testspecifikation ASTM	Basismateriale SP-1
Driftstemperatur uden mekanisk belastning, i luft kortvarigt kontinuerligt	°C			400260
Dimensionsstabilitet i varme (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineær udvidelseskoefficient		K-1 x 106	D 696	50 - 63
Termisk ledningsevne		W / mK	C 177	0,29 - 0,35

Ιδιότητες	Θερμοκρασία	Μονάδα	Προδιαγραφή δοκιμής ASTM	Βασικό υλικό SP-1
Θερμοκρασία λειτουργίας χωρίς μηχανική καταπόνηση, στον αέρα βραχυχρόνια συνεχής	°C			400260
Διαστατική σταθερότητα στη θερμότητα (HDT 1,85 N/mm2	°C		D 648	280 - 360
συντελεστής γραμμικής διαστολής		K-1 x 106	D 696	50 - 63
Θερμική αγωγιμότητα		W / mK	C 177	0,29 - 0,35

Имоти	Температура	Единица	Спецификация на изпитването ASTM	Основен материал SP-1
Работна температура без механично натоварване, във въздух, краткосрочно, непрекъснато	°C			400260
Стабилност на размерите при нагряване (HDT 1,85 N/mm2	°C		D 648	280 - 360
коефициент на линейно разширение		K-1 x 106	D 696	50 - 63
Топлопроводимост		W / mK	C 177	0,29 - 0,35

Fastigheter	Temperatur	Enhet	Testspecifikation ASTM	Basmaterial SP-1
Drifttemperatur utan mekanisk påfrestning, i luft kortvarigt kontinuerligt	°C			400260
Dimensionsstabilitet i värme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linjär expansionskoefficient		K-1 x 106	D 696	50 - 63
Termisk ledningsförmåga		W / mK	C 177	0,29 - 0,35

Lastnosti	Temperatura	Enota	Specifikacija preskusa ASTM	Osnovni material SP-1
Delovna temperatura brez mehanskih obremenitev, na zraku, kratkotrajno, neprekinjeno	°C			400260
Dimenzijska stabilnost v vročini (HDT 1,85 N/mm2	°C		D 648	280 - 360
koeficient linearnega raztezanja		K-1 x 106	D 696	50 - 63
Toplotna prevodnost		W / mK	C 177	0,29 - 0,35

Omadused	Temperatuur	Üksus	Katsespetsifikatsioon ASTM	Põhimaterjal SP-1
Kasutustemperatuur ilma mehaanilise pingeta, õhus lühiajaline pidev	°C			400260
Kuumuse mõõtmete stabiilsus (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineaarne paisumistegur		K-1 x 106	D 696	50 - 63
Soojusjuhtivus		W / mK	C 177	0,29 - 0,35

Savybės	Temperatūra	Vienetas	Bandymo specifikacija ASTM	Pagrindinė medžiaga SP-1
Darbinė temperatūra be mechaninių įtempių, ore, trumpalaikė, nepertraukiama	°C			400260
Matmenų stabilumas karštyje (HDT 1,85 N/mm2	°C		D 648	280 - 360
linijinio plėtimosi koeficientas		K-1 x 106	D 696	50 - 63
Šilumos laidumas		W / mK	C 177	0,29 - 0,35

Īpašības	Temperatūra	Vienība	Testa specifikācija ASTM	Pamatmateriāls SP-1
Darba temperatūra bez mehāniskās spriedzes, gaisā, īslaicīgi, nepārtraukti	°C			400260
Izmēru stabilitāte karstumā (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineārās izplešanās koeficients		K-1 x 106	D 696	50 - 63
Siltumvadītspēja		W / mK	C 177	0,29 - 0,35

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
Gebrauchstemperatur ohne mechanische Beanspruchung, in Luft kurzzeitig dauernd	°C			400260
Formbeständigkeit in der Wärme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linearer Ausdehnungskoeffizient		K-1 x 106	D 696	50 - 63
Wärmeleitfähigkeit		W / mK	C 177	0,29 - 0,35

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
Gebrauchstemperatur ohne mechanische Beanspruchung, in Luft kurzzeitig dauernd	°C			400260
Formbeständigkeit in der Wärme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linearer Ausdehnungskoeffizient		K-1 x 106	D 696	50 - 63
Wärmeleitfähigkeit		W / mK	C 177	0,29 - 0,35

Polyimide hose - Electrical data

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
spezifischer Durchgangswiderstand		Ω cm	D 257	1016‘ - 1017
Oberflächenwiderstand		Ω	D 257	1015‘ - 1016
Dielektrizitätszahl (105 Hz)	23 °C 263 °C		D 150	3,413,01
dielektrischer Verlustfaktor(tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Durchschlagfestigkeit (2-mm-Probe)		kV / mm	D 149	22
Kriechstromfestigkeit (Stufe)		KAKBKC	DIN 53 480	31 > 300 > 380
Lichtbogenfestigkeit		s	D 495	230
Wasseraufnahme (24 h.)Sättigung		%	D 570	0,323,0

Properties	Temperature	Unit	Test specification ASTM	Base material SP-1
Volume resistivity		Ω cm	D 257	1016' - 1017
Surface resistance		Ω	D 257	1015' - 1016
Dielectric constant (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielectric dissipation factor(tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielectric strength (2 mm sample)		kV / mm	D 149	22
Leakage current resistance (level)		KAKBKC	DIN 53 480	31 > 300 > 380
Arc resistance		s	D 495	230
Water absorption (24 h.)Saturation		%	D 570	0,323,0

Propiedades	Temperatura	Unidad	Especificación de ensayo ASTM	Material de base SP-1
Resistividad volumétrica		Ω cm	D 257	1016' - 1017
Resistencia superficial		Ω	D 257	1015' - 1016
Constante dieléctrica (105 Hz)	23 °C 263 °C		D 150	3,413,01
Factor de disipación dieléctrica(tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Rigidez dieléctrica (muestra de 2 mm)		kV / mm	D 149	22
Resistencia a la corriente de fuga (nivel)		KAKBKC	DIN 53 480	31 > 300 > 380
Resistencia al arco		s	D 495	230
Absorción de agua (24 h.)Saturación		%	D 570	0,323,0

Właściwości	Temperatura	Jednostka	Specyfikacja testu ASTM	Materiał bazowy SP-1
Rezystywność objętościowa		Ω cm	D 257	1016' - 1017
Odporność powierzchniowa		Ω	D 257	1015' - 1016
Stała dielektryczna (105 Hz)	23 °C 263 °C		D 150	3,413,01
Współczynnik rozproszenia dielektrycznego (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Wytrzymałość dielektryczna (próbka 2 mm)		kV / mm	D 149	22
Odporność na prąd upływowy (poziom)		KAKBKC	DIN 53 480	31 > 300 > 380
Odporność na łuk elektryczny		s	D 495	230
Absorpcja wody (24 h) Nasycenie		%	D 570	0,323,0

Caractéristiques	Température	Unité	Prescription d'essai ASTM	Substance de base SP-1
résistance spécifique de passage		Ω cm	D 257	1016' - 1017
Résistance de surface		Ω	D 257	1015' - 1016
Coefficient diélectrique (105 Hz)	23 °C 263 °C		D 150	3,413,01
facteur de perte diélectrique(tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Résistance à la perforation (échantillon de 2 mm)		kV / mm	D 149	22
Résistance aux courants de fuite (niveau)		KAKBKC	DIN 53 480	31 > ; 300 > ; 380
Résistance à l'arc électrique		s	D 495	230
Absorption d'eau (24 h.)Saturation		%	D 570	0,323,0

Proprietà	Temperatura	Unità	Specifiche di prova ASTM	Materiale di base SP-1
Resistività di volume		Ω cm	D 257	1016' - 1017
Resistenza superficiale		Ω	D 257	1015' - 1016
Costante dielettrica (105 Hz)	23 °C 263 °C		D 150	3,413,01
Fattore di dissipazione dielettrica (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Rigidità dielettrica (campione di 2 mm)		kV / mm	D 149	22
Resistenza alla corrente di dispersione (livello)		KAKBKC	DIN 53 480	31 > 300 > 380
Resistenza all'arco		s	D 495	230
Assorbimento d'acqua (24 ore) Saturazione		%	D 570	0,323,0

خصائص	درجة الحرارة	وحدة	مواصفات الاختبار ASTM	المادة الأساسية sp-1
مقاومة الحجم		Ω سم	د 257	1016'-1017
مقاومة السطح		()	د 257	1015'-1016
ثابت عازل (105 هرتز)	23 درجة مئوية 263 درجة مئوية		د 150	3,413,01
عامل تبديد العزل الكهربائي (تان 105hz)	23 درجة مئوية 263 درجة مئوية			0,00520,0011
قوة عازلة (عينة 2 مم)		كيلو فولت/مم	د 149	22
تسرب المقاومة الحالية (المستوى)		كاكب كك	دين 53 480	31>300>380
مقاومة القوس		ق	د 495	230
امتصاص الماء (24 ساعة) التشبع		%	د 570	0,323,0

속성	온도	단위	테스트 규격 astm	기본 재료 sp-1
체적 저항률		Ω cm	D 257	1016'-1017
표면 저항		Ω	D 257	1015'-1016
유전체 상수 105hz	23℃ 263℃		D 150	3,413,01
유전체 소모계수 (tan 105hz)	23℃ 263℃			0,00520,0011
유전체 강도 2mm 샘플		kV/mm	D 149	22
누출 전류 저항 레벨		카크 BKC	DIN 53 480	31>300>380
아크 저항		s	D 495	230
흡수(24h) 포화		%	D 570	0,323,0

プロパティ	温度	単位	試験仕様 ASTM	基材 SP-1
体積抵抗率		Ωセンチ	D 257	1016' - 1017
表面抵抗		Ω	D 257	1015' - 1016
誘電率 (105 Hz)	23 °C 263 °C		D 150	3,413,01
誘電正接(tanŐ 105 Hz)	23 °C 263 °C			0,00520,0011
絶縁耐力（2mmサンプル）		kV / mm	D 149	22
漏れ電流抵抗（レベル）		KAKBKC	DIN 53 480	31 > 300 > 380
耐アーク性		s	D 495	230
吸水率（24時間）飽和		%	D 570	0,323,0

物业	温度	单位	试验规范ASTM	基材SP-1
体积电阻率		Ω cm	D 257	1016'-1017
表面电阻		Ω	D 257	1015'-1016
介电常数（105 Hz）	23°C 263°C		D 150	3,413,01
介电耗散因子（TAN 105 Hz）	23°C 263°C			0,00520,0011
介电强度（2 mm样品）		千伏/毫米	D 149	22
漏电流电阻（电平）		KAKBKC	DIN 53 480	31>300>380
电弧电阻		s	D 495	230
吸水率（24小时）饱和度		%	D 570	0,323,0

Vlastnosti	Teplota	Jednotka	Testovací specifikace astm	Základní materiál sp-1
Objemový odpor		Ω cm	D 257	1016'-1017
Odpor povrchu		Jak se zabývá?	D 257	1015'-1016
Dielektrická konstantní (105 Hz)	23 ° C 263 ° C		D 150	3,413,01
Dielektrický faktor rozptylu (tanu 105 hz)	23 ° C 263 ° C			0,00520,0011
Dielektrická pevnost (vzorek 2 mm)		kV/mm	D 149	22
Oporu proudu úniku (úroveň)		KAKBKC	DIN 53 480	31>300>380
Odpor oblouku		s	D 495	230
Absorpce vody (24 hodin) nasycení		%	D 570	0,323,0

Propriedades	Temperatura	Unidade	Especificação de ensaio ASTM	Material de base SP-1
Resistividade volumétrica		Ω cm	D 257	1016' - 1017
Resistência da superfície		Ω	D 257	1015' - 1016
Constante dieléctrica (105 Hz)	23 °C 263 °C		D 150	3,413,01
Fator de dissipação dieléctrica (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Rigidez dieléctrica (amostra de 2 mm)		kV / mm	D 149	22
Resistência à corrente de fuga (nível)		KAKBKC	DIN 53 480	31 > 300 > 380
Resistência ao arco		s	D 495	230
Absorção de água (24 h.)Saturação		%	D 570	0,323,0

Свойства	Температура	Единица	Спецификация испытаний ASTM	Основной материал SP-1
Объемное удельное сопротивление		Ω см	D 257	1016' - 1017
Сопротивление поверхности		Ω	D 257	1015' - 1016
Диэлектрическая проницаемость (105 Гц)	23 °C 263 °C		D 150	3,413,01
Коэффициент диэлектрической проницаемости (tanṐ 105 Гц)	23 °C 263 °C			0,00520,0011
Диэлектрическая прочность (образец 2 мм)		кВ / мм	D 149	22
Сопротивление току утечки (уровень)		KAKBKC	DIN 53 480	31 > 300 > 380
Стойкость к дуге		s	D 495	230
Водопоглощение (24 ч.)Насыщение		%	D 570	0,323,0

Özellikler	Sıcaklık	Birim	Test özellikleri astm	Temel malzeme sp-1
Hacim direnci		Ω cm	D 257	1016'-1017
Yüzey direnci		-Bunu yaptım.	D 257	1015'-1016
Dielektrik sabiti (105 Hz)	23 ° C 263 ° C		D 150	3,413,01
Dielektrik dağılım faktörü (tanım 105hz)	23 ° C 263 ° C			0,00520,0011
Dielektrik mukavemet (2 mm numune)		kV/mm	D 149	22
Kızak akımı direnci (seviye)		KAKBKC	DIN 53 480	31>300>380
Ark direnci		s	D 495	230
Su emme (24 saat) doygunluk		%	D 570	0,323,0

Tulajdonságok	Hőmérséklet	Egység	ASTM vizsgálati előírás	SP-1 alapanyag
Térfogatellenállás		Ω cm	D 257	1016'-1017
Felszíni ellenállás		Ω	D 257	1015'-1016
Dielektrikus állandó (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrikus diszipációs tényező (tan 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrikus szilárdság (2 mm minta)		kV/mm	D 149	22
A szivárgási áramellenállás (szint)		KAKBKC	DIN 53 480	31>300>380
A pír-ellenállás		s	D 495	230
Vízfelszívódási (24 óra) telítetés		%	D 570	0,323,0

خصوصیات	دمای	واحد واحد	مشخصات آزمون astm	مواد پایه sp-1
مقاومت حجم		Ω سانتی متر	D 257	1016'-1017
مقاومت سطح		و به نظر می رسد	D 257	1015'-1016
ثابت دی الکتریک (105 هرتز)	23 درجه سانتیگراد 263 درجه سانتیگراد		D 150	3,413,01
ضریب اتلاف دی الکتریک (برنزه 105 هرتز)	23 درجه سانتیگراد 263 درجه سانتیگراد			0,00520,0011
استحکام دی الکتریک (نمونه 2 میلی متر)		کیلوولت/میلی متر	D 149	22
مقاومت جریان نشت (سطح)		کاکب کک	دین 53 480	31>300>380
مقاومت قوس		s	D 495	230
اشباع جذب آب (24 ساعت)		%	D 570	0,323,0

Eigenschappen	Temperatuur	Eenheid	Testspecificatie ASTM	Basismateriaal SP-1
Volumeweerstandsvermogen		Ω cm	D 257	1016' - 1017
Oppervlakteweerstand		Ω	D 257	1015' - 1016
Diëlektrische constante (105 Hz)	23 °C 263 °C		D 150	3,413,01
Diëlektrische dissipatiefactor (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Diëlektrische sterkte (monster van 2 mm)		kV / mm	D 149	22
Lekstroomweerstand (niveau)		KAKBKC	DIN 53 480	31 > 300 > 380
Boogweerstand		s	D 495	230
Waterabsorptie (24 uur) Verzadiging		%	D 570	0,323,0

Proprietăți	Temperatura	Unitatea	Specificație de încercare ASTM	Material de bază SP-1
Rezistivitatea volumului		Ω cm	D 257	1016' - 1017
Rezistența de suprafață		Ω	D 257	1015' - 1016
Constanta dielectrică (105 Hz)	23 °C 263 °C		D 150	3,413,01
Factor de disipare dielectrică (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Rigiditate dielectrică (eșantion de 2 mm)		kV / mm	D 149	22
Rezistența curentului de scurgere (nivel)		KAKBKC	DIN 53 480	31 > 300 > 380
Rezistența la arc		s	D 495	230
Absorbția apei (24 h.)Saturație		%	D 570	0,323,0

Ominaisuudet	Lämpötila	Yksikkö	Testauseritelmä ASTM	Perusmateriaali SP-1
Tilavuusresistiivisyys		Ω cm	D 257	1016' - 1017
Pintaresistanssi		Ω	D 257	1015' - 1016
Dielektrisyysvakio (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrinen häviökerroin (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrinen lujuus (2 mm:n näyte)		kV / mm	D 149	22
Vuotovirran vastus (taso)		KAKBKC	DIN 53 480	31 > 300 > 380
Valokaaren kestävyys		s	D 495	230
Veden imeytyminen (24 h.)Kyllästyminen		%	D 570	0,323,0

Vlastnosti	Teplota	Jednotka	Skúšobná špecifikácia ASTM	Základný materiál SP-1
Objemový odpor		Ω cm	D 257	1016' - 1017
Povrchový odpor		Ω	D 257	1015' - 1016
Dielektrická konštanta (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrický rozptylový faktor (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrická pevnosť (2 mm vzorka)		kV / mm	D 149	22
Odolnosť voči zvodovému prúdu (úroveň)		KAKBKC	DIN 53 480	31 > 300 > 380
Odolnosť voči oblúku		s	D 495	230
Absorpcia vody (24 h.) Nasýtenie		%	D 570	0,323,0

Ejendomme	Temperatur	Enhed	Testspecifikation ASTM	Basismateriale SP-1
Volumenresistivitet		Ω cm	D 257	1016' - 1017
Overflademodstand		Ω	D 257	1015' - 1016
Dielektrisk konstant (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrisk dissipationsfaktor (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrisk styrke (2 mm prøve)		kV / mm	D 149	22
Modstand mod lækstrøm (niveau)		KAKBKC	DIN 53 480	31 > 300 > 380
Lysbuemodstand		s	D 495	230
Vandabsorption (24 timer) Mætning		%	D 570	0,323,0

Ιδιότητες	Θερμοκρασία	Μονάδα	Προδιαγραφή δοκιμής ASTM	Βασικό υλικό SP-1
Ειδική αντίσταση όγκου		Ω cm	D 257	1016' - 1017
Αντίσταση επιφάνειας		Ω	D 257	1015' - 1016
Διηλεκτρική σταθερά (105 Hz)	23 °C 263 °C		D 150	3,413,01
Συντελεστής διηλεκτρικής διάχυσης (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Διηλεκτρική αντοχή (δείγμα 2 mm)		kV / mm	D 149	22
Αντίσταση ρεύματος διαρροής (επίπεδο)		KAKBKC	DIN 53 480	31 > 300 > 380
Αντοχή στο τόξο		s	D 495	230
Απορρόφηση νερού (24 ώρες) Κορεσμός		%	D 570	0,323,0

Имоти	Температура	Единица	Спецификация на изпитването ASTM	Основен материал SP-1
Съпротивление на обема		Ω cm	D 257	1016' - 1017
Повърхностно съпротивление		Ω	D 257	1015' - 1016
Диелектрична константа (105 Hz)	23 °C 263 °C		D 150	3,413,01
Диелектричен коефициент на разсейване (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Диелектрична якост (проба 2 mm)		kV / mm	D 149	22
Съпротивление на тока на утечка (ниво)		KAKBKC	DIN 53 480	31 > 300 > 380
Устойчивост на дъга		s	D 495	230
Абсорбция на вода (24 часа) Насищане		%	D 570	0,323,0

Fastigheter	Temperatur	Enhet	Testspecifikation ASTM	Basmaterial SP-1
Volymresistivitet		Ω cm	D 257	1016' - 1017
Ytmotstånd		Ω	D 257	1015' - 1016
Dielektricitetskonstant (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrisk dissipationsfaktor (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrisk hållfasthet (2 mm prov)		kV / mm	D 149	22
Motstånd mot läckström (nivå)		KAKBKC	DIN 53 480	31 > 300 > 380
Motstånd mot ljusbåge		s	D 495	230
Vattenabsorption (24 h.)Mättnad		%	D 570	0,323,0

Lastnosti	Temperatura	Enota	Specifikacija preskusa ASTM	Osnovni material SP-1
Prostorninska upornost		Ω cm	D 257	1016' - 1017
Površinska odpornost		Ω	D 257	1015' - 1016
Dielektrična konstanta (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrični faktor razpršitve (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrična trdnost (2 mm vzorec)		kV / mm	D 149	22
Odpornost na uhajalni tok (raven)		KAKBKC	DIN 53 480	31 > 300 > 380
Odpornost na oblok		s	D 495	230
Absorpcija vode (24 ur) Nasičenost		%	D 570	0,323,0

Omadused	Temperatuur	Üksus	Katsespetsifikatsioon ASTM	Põhimaterjal SP-1
Mahutugevus		Ω cm	D 257	1016' - 1017
Pinnatakistus		Ω	D 257	1015' - 1016
Dielektriline konstant (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektriline hajumistegur (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektriline tugevus (2 mm proov)		kV / mm	D 149	22
Voolutakistus (tase)		KAKBKC	DIN 53 480	31 > 300 > 380
Kaarikindlus		s	D 495	230
Veeimavus (24 h.)Küllastumine		%	D 570	0,323,0

Savybės	Temperatūra	Vienetas	Bandymo specifikacija ASTM	Pagrindinė medžiaga SP-1
Tūrio varža		Ω cm	D 257	1016' - 1017
Atsparumas paviršiui		Ω	D 257	1015' - 1016
Dielektrinė skvarba (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektrinės sklaidos koeficientas (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektrinė varža (2 mm bandinys)		kV / mm	D 149	22
Varža nuotėkio srovei (lygis)		KAKBKC	DIN 53 480	31 > 300 > 380
Atsparumas lankui		s	D 495	230
Vandens įgeriamumas (24 val.)		%	D 570	0,323,0

Īpašības	Temperatūra	Vienība	Testa specifikācija ASTM	Pamatmateriāls SP-1
Tilpuma pretestība		Ω cm	D 257	1016' - 1017
Virsmas pretestība		Ω	D 257	1015' - 1016
Dielektriskā konstante (105 Hz)	23 °C 263 °C		D 150	3,413,01
Dielektriskās izkliedes koeficients (tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Dielektriskā izturība (2 mm paraugs)		kV / mm	D 149	22
Noplūdes strāvas pretestība (līmenis)		KAKBKC	DIN 53 480	31 > 300 > 380
Izturība pret loku		s	D 495	230
Ūdens absorbcija (24 h.) Piesātinājums		%	D 570	0,323,0

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
spezifischer Durchgangswiderstand		Ω cm	D 257	1016‘ - 1017
Oberflächenwiderstand		Ω	D 257	1015‘ - 1016
Dielektrizitätszahl (105 Hz)	23 °C 263 °C		D 150	3,413,01
dielektrischer Verlustfaktor(tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Durchschlagfestigkeit (2-mm-Probe)		kV / mm	D 149	22
Kriechstromfestigkeit (Stufe)		KAKBKC	DIN 53 480	31 > 300 > 380
Lichtbogenfestigkeit		s	D 495	230
Wasseraufnahme (24 h.)Sättigung		%	D 570	0,323,0

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
spezifischer Durchgangswiderstand		Ω cm	D 257	1016‘ - 1017
Oberflächenwiderstand		Ω	D 257	1015‘ - 1016
Dielektrizitätszahl (105 Hz)	23 °C 263 °C		D 150	3,413,01
dielektrischer Verlustfaktor(tanṐ 105 Hz)	23 °C 263 °C			0,00520,0011
Durchschlagfestigkeit (2-mm-Probe)		kV / mm	D 149	22
Kriechstromfestigkeit (Stufe)		KAKBKC	DIN 53 480	31 > 300 > 380
Lichtbogenfestigkeit		s	D 495	230
Wasseraufnahme (24 h.)Sättigung		%	D 570	0,323,0

Polyimide Tube - Mechanical data

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
Gebrauchstemperatur ohne mechanische Beanspruchung, in Luft kurzzeitig dauernd	°C			400260
Formbeständigkeit in der Wärme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linearer Ausdehnungskoeffizient		K-1 x 106	D 696	50 - 63
Wärmeleitfähigkeit		W / mK	C 177	0,29 - 0,35

Properties	Temperature	Unit	Test specification ASTM	Base material SP-1
Service temperature without mechanical stress, in air short-term continuous	°C			400260
Dimensional stability in heat (HDT 1.85 N/mm2	°C		D 648	280 - 360
linear expansion coefficient		K-1 x 106	D 696	50 - 63
Thermal conductivity		W / mK	C 177	0,29 - 0,35

Propiedades	Temperatura	Unidad	Especificación de ensayo ASTM	Material de base SP-1
Temperatura de servicio sin tensión mecánica, en aire a corto plazo continuo	°C			400260
Estabilidad dimensional al calor (HDT 1,85 N/mm2	°C		D 648	280 - 360
coeficiente de dilatación lineal		K-1 x 106	D 696	50 - 63
Conductividad térmica		W / mK	C 177	0,29 - 0,35

Właściwości	Temperatura	Jednostka	Specyfikacja testu ASTM	Materiał bazowy SP-1
Temperatura pracy bez naprężeń mechanicznych, w powietrzu, krótkotrwała, ciągła	°C			400260
Stabilność wymiarowa w wysokiej temperaturze (HDT 1,85 N/mm2	°C		D 648	280 - 360
współczynnik rozszerzalności liniowej		K-1 x 106	D 696	50 - 63
Przewodność cieplna		W / mK	C 177	0,29 - 0,35

Caractéristiques	Température	Unité	Prüfvorschrift ASTM	Substance de base SP-1
Température d'utilisation sans contrainte mécanique, dans l'air courte durée permanente	°C			400260
Stabilité dimensionnelle à chaud (HDT 1,85 N/mm2)	°C		D 648	280 - 360
Coefficient de dilatation linéaire		K-1 x 106	D 696	50 - 63
Conductivité thermique		W / mK	C 177	0,29 - 0,35

Proprietà	Temperatura	Unità	Specifiche di prova ASTM	Materiale di base SP-1
Temperatura di esercizio senza sollecitazioni meccaniche, in aria a breve termine continuo	°C			400260
Stabilità dimensionale al calore (HDT 1,85 N/mm2)	°C		D 648	280 - 360
coefficiente di espansione lineare		K-1 x 106	D 696	50 - 63
Conducibilità termica		W / mK	C 177	0,29 - 0,35

خصائص	درجة الحرارة	وحدة	مواصفات الاختبار ASTM	المادة الأساسية sp-1
درجة حرارة الخدمة دون الإجهاد الميكانيكي ، في الهواء على المدى القصير مستمر	درجة مئوية			400260
الاستقرار الأبعاد في الحرارة (hdt 1.85n/mm2	درجة مئوية		د 648	280-360
معامل التمدد الخطي		ك-1 × 106	د 696	50-63
الموصلية الحرارية		مع mK	(ج) 177	0,29-0,35

속성	온도	단위	테스트 규격 astm	기본 재료 sp-1
기계적 응력이 없는 사용 온도는 공기에서 단기간 연속적으로	°C			400260
열에서의 치수 안정성 (hdt) 1.85n/mm2	°C		D 648	280-360
선형 확장 계수		K-1 x 106	D 696	50-63
열전도율		W/mK	C 177	0,29-0,35

プロパティ	温度	単位	試験仕様 ASTM	基材 SP-1
機械的ストレスのない使用温度、大気中、短期連続	°C			400260
熱に対する寸法安定性（HDT 1.85 N/mm2	°C		D 648	280 - 360
線膨張係数		K-1 x 106	D 696	50 - 63
熱伝導率		W / mK	C 177	0,29 - 0,35

物业	温度	单位	试验规范ASTM	基材SP-1
工作温度无机械应力，在空气中短期连续	°C			400260
热尺寸稳定性（HDT 1.85 N/mm2	°C		D 648	280-360
线膨胀系数		K-1 x 106	D 696	50-63
导热系数		W/mK	C 177	0,29-0,35

Vlastnosti	Teplota	Jednotka	Testovací specifikace astm	Základní materiál sp-1
Teplota použití bez mechanického napětí, krátkodobé nepřetržité ve vzduchu	° C			400260
Rozměrná stabilita tepla (hdt) 1,85 n/mm2	° C		D 648	280-360
Lineární roztažený koeficient		K-1 x 106	D 696	50-63
Tepelná vodivost		W/mK	C 177	0,29-0,35

Propriedades	Temperatura	Unidade	Especificação de ensaio ASTM	Material de base SP-1
Temperatura de serviço sem esforço mecânico, no ar, de curta duração contínua	°C			400260
Estabilidade dimensional ao calor (HDT 1,85 N/mm2	°C		D 648	280 - 360
coeficiente de dilatação linear		K-1 x 106	D 696	50 - 63
Condutividade térmica		W / mK	C 177	0,29 - 0,35

Свойства	Температура	Единица	Спецификация испытаний ASTM	Основной материал SP-1
Температура эксплуатации без механических нагрузок, на воздухе в течение короткого времени	°C			400260
Стабильность размеров при нагревании (HDT 1,85 Н/мм2	°C		D 648	280 - 360
коэффициент линейного расширения		K-1 x 106	D 696	50 - 63
Теплопроводность		Вт / мК	C 177	0,29 - 0,35

Özellikler	Sıcaklık	Birim	Test özellikleri astm	Temel malzeme sp-1
Havada mekanik stres olmadan kullanım sıcaklığı kısa süreli sürekli	° C			400260
Isıda boyutsal stabilite (hdt) 1.85n/mm2	° C		D 648	280-360
Doğrusal genleşme katsayısı		K-1 x 106	D 696	50-63
Termal iletkenlik		W/mK	C 177	0,29-0,35

Tulajdonságok	Hőmérséklet	Egység	ASTM vizsgálati előírás	SP-1 alapanyag
Mechanikai feszültség nélkül üzemi hőmérséklet, rövid távú folyamatos levegőben	°C			400260
A méreti stabilitás hőben (HDT 1,85 N/mm2	°C		D 648	280-360
Lineáris expanziós együttható		K-1 x 106	D 696	50-63
Hővezetőség		M/mK	C 177	0,29-0,35

خصوصیات	دمای	واحد واحد	مشخصات آزمون astm	مواد پایه sp-1
دمای استفاده بدون استرس مکانیکی ، مداوم در هوا	درجه C			400260
پایداری بعدی در گرما (hdt) 1.85n/mm2	درجه C		D 648	280-360
ضریب انبساط خطی		K-1 x 106	D 696	50-63
هدایت حرارتی		W/mK	ج 177	0,29-0,35

Eigenschappen	Temperatuur	Eenheid	Testspecificatie ASTM	Basismateriaal SP-1
Bedrijfstemperatuur zonder mechanische belasting, in lucht kortstondig continu	°C			400260
Dimensionale stabiliteit bij hitte (HDT 1,85 N/mm2	°C		D 648	280 - 360
lineaire uitzettingscoëfficiënt		K-1 x 106	D 696	50 - 63
Thermische geleidbaarheid		W / mK	C 177	0,29 - 0,35

Proprietăți	Temperatura	Unitatea	Specificație de încercare ASTM	Material de bază SP-1
Temperatura de serviciu fără solicitări mecanice, în aer, pe termen scurt, continuu	°C			400260
Stabilitate dimensională la căldură (HDT 1.85 N/mm2	°C		D 648	280 - 360
coeficientul de dilatare liniară		K-1 x 106	D 696	50 - 63
Conductivitate termică		W / mK	C 177	0,29 - 0,35

Ominaisuudet	Lämpötila	Yksikkö	Testauseritelmä ASTM	Perusmateriaali SP-1
Käyttölämpötila ilman mekaanista rasitusta, ilmassa lyhytaikaisesti jatkuva	°C			400260
Mittapysyvyys kuumuudessa (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineaarinen laajenemiskerroin		K-1 x 106	D 696	50 - 63
Lämmönjohtavuus		W / mK	C 177	0,29 - 0,35

Vlastnosti	Teplota	Jednotka	Skúšobná špecifikácia ASTM	Základný materiál SP-1
Prevádzková teplota bez mechanického namáhania, na vzduchu, krátkodobo, nepretržite	°C			400260
Rozmerová stabilita za tepla (HDT 1,85 N/mm2	°C		D 648	280 - 360
koeficient lineárnej rozťažnosti		K-1 x 106	D 696	50 - 63
Tepelná vodivosť		W / mK	C 177	0,29 - 0,35

Ejendomme	Temperatur	Enhed	Testspecifikation ASTM	Basismateriale SP-1
Driftstemperatur uden mekanisk belastning, i luft kortvarigt kontinuerligt	°C			400260
Dimensionsstabilitet i varme (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineær udvidelseskoefficient		K-1 x 106	D 696	50 - 63
Termisk ledningsevne		W / mK	C 177	0,29 - 0,35

Ιδιότητες	Θερμοκρασία	Μονάδα	Προδιαγραφή δοκιμής ASTM	Βασικό υλικό SP-1
Θερμοκρασία λειτουργίας χωρίς μηχανική καταπόνηση, στον αέρα βραχυχρόνια συνεχής	°C			400260
Διαστατική σταθερότητα στη θερμότητα (HDT 1,85 N/mm2	°C		D 648	280 - 360
συντελεστής γραμμικής διαστολής		K-1 x 106	D 696	50 - 63
Θερμική αγωγιμότητα		W / mK	C 177	0,29 - 0,35

Имоти	Температура	Единица	Спецификация на изпитването ASTM	Основен материал SP-1
Работна температура без механично натоварване, във въздух, краткосрочно, непрекъснато	°C			400260
Стабилност на размерите при нагряване (HDT 1,85 N/mm2	°C		D 648	280 - 360
коефициент на линейно разширение		K-1 x 106	D 696	50 - 63
Топлопроводимост		W / mK	C 177	0,29 - 0,35

Fastigheter	Temperatur	Enhet	Testspecifikation ASTM	Basmaterial SP-1
Drifttemperatur utan mekanisk påfrestning, i luft kortvarigt kontinuerligt	°C			400260
Dimensionsstabilitet i värme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linjär expansionskoefficient		K-1 x 106	D 696	50 - 63
Termisk ledningsförmåga		W / mK	C 177	0,29 - 0,35

Lastnosti	Temperatura	Enota	Specifikacija preskusa ASTM	Osnovni material SP-1
Delovna temperatura brez mehanskih obremenitev, na zraku, kratkotrajno, neprekinjeno	°C			400260
Dimenzijska stabilnost v vročini (HDT 1,85 N/mm2	°C		D 648	280 - 360
koeficient linearnega raztezanja		K-1 x 106	D 696	50 - 63
Toplotna prevodnost		W / mK	C 177	0,29 - 0,35

Omadused	Temperatuur	Üksus	Katsespetsifikatsioon ASTM	Põhimaterjal SP-1
Kasutustemperatuur ilma mehaanilise pingeta, õhus lühiajaline pidev	°C			400260
Kuumuse mõõtmete stabiilsus (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineaarne paisumistegur		K-1 x 106	D 696	50 - 63
Soojusjuhtivus		W / mK	C 177	0,29 - 0,35

Savybės	Temperatūra	Vienetas	Bandymo specifikacija ASTM	Pagrindinė medžiaga SP-1
Darbinė temperatūra be mechaninių įtempių, ore, trumpalaikė, nepertraukiama	°C			400260
Matmenų stabilumas karštyje (HDT 1,85 N/mm2	°C		D 648	280 - 360
linijinio plėtimosi koeficientas		K-1 x 106	D 696	50 - 63
Šilumos laidumas		W / mK	C 177	0,29 - 0,35

Īpašības	Temperatūra	Vienība	Testa specifikācija ASTM	Pamatmateriāls SP-1
Darba temperatūra bez mehāniskās spriedzes, gaisā, īslaicīgi, nepārtraukti	°C			400260
Izmēru stabilitāte karstumā (HDT 1,85 N/mm2)	°C		D 648	280 - 360
lineārās izplešanās koeficients		K-1 x 106	D 696	50 - 63
Siltumvadītspēja		W / mK	C 177	0,29 - 0,35

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
Gebrauchstemperatur ohne mechanische Beanspruchung, in Luft kurzzeitig dauernd	°C			400260
Formbeständigkeit in der Wärme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linearer Ausdehnungskoeffizient		K-1 x 106	D 696	50 - 63
Wärmeleitfähigkeit		W / mK	C 177	0,29 - 0,35

Eigenschaften	Temperatur	Einheit	Prüfvorschrift ASTM	Grundstoff SP-1
Gebrauchstemperatur ohne mechanische Beanspruchung, in Luft kurzzeitig dauernd	°C			400260
Formbeständigkeit in der Wärme (HDT 1,85 N/mm2	°C		D 648	280 - 360
linearer Ausdehnungskoeffizient		K-1 x 106	D 696	50 - 63
Wärmeleitfähigkeit		W / mK	C 177	0,29 - 0,35

Polyimide hose - In detail

Polyimide hose dealer: Quality and versatility

Welcome to your reliable polyimide hose dealer! If you are looking for high-quality polyimide hoses, you have come to the right place. We offer a wide selection of polyimide tubing suitable for various applications. Whether you need polyimide tubing for medical devices, electrical insulation or precision applications, we have the right product for you.

Our polyimide tubing is known for its high temperature resistance and durability. Heat-resistant polyimide tubing is particularly indispensable in electronics. They protect sensitive components from overheating and ensure reliable function. Our high-temperature-resistant polyimide tubing is also ideal for industrial applications.

As an experienced polyimide hose dealer, we place great value on quality and customer satisfaction. Our products meet the highest standards and are known for their excellent performance. Polyimide tubing for medical devices is particularly in demand as it is not only heat resistant but also extremely precise. This is crucial for applications where the highest accuracy is required.

Wondering why polyimide tubing is so special? A polyimide hose not only offers excellent insulation properties, but is also extremely flexible and durable. These properties make it ideal for a wide range of applications, from electronics to medical devices.

Our heat-resistant polyimide hoses for electronics are specially developed to meet the requirements of modern technologies. They are easy to install and provide reliable protection, even under extreme conditions. If you are looking for polyimide tubing for electrical insulation, you will be impressed by the quality of our products.

As your polyimide conduit dealer, we always strive to offer you the best service. We will be happy to advise you on choosing the right polyimide tubing for your specific requirements. Our goal is to provide you with products that exceed your expectations.

Order your polyimide tubing from us today and benefit from our many years of experience and our extensive range. Trust in quality and service - your reliable polyimide hose dealer.

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Heat-resistant polyimide tubing for electronics

Our polyimide hoses are available in a range of sizes, colors and materials that meet all industry specifications and are suitable for precision applications. Each product in our range has been carefully selected to ensure the highest quality and performance.

Below you will find detailed tables with sizes and technical data for each of our polyimide hoses. These tables provide you with all the important information at a glance, including diameter, temperature range and material properties. This way you can ensure that you find the right hose for your specific requirements.

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Contact our product experts

Dominik Grahammer

Sales- and Productmanagement

What can we do for you?

Contact our product experts

Oliver Bürli

Head of Hose Technology, Sales and Product Management

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Polyimide hose

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Frequently asked questions about polyimid tubes

1. what are the properties of a polyimid tube?

High temperature resistance
Excellent electrical insulation
High flexibility
Chemical resistance
Longevity and durability

2. What applications is a polyimide hose suitable for?

A polyimide hose is suitable for many different applications, including:

Medical devices
Electrical insulation
Precise industrial applications
Protection of sensitive electronic components
Use in high-temperature environments

3. Is the polyimide hose heat-resistant?

Polyimide hoses are extremely heat-resistant and can withstand temperatures of up to 400°C. This property makes them ideal for applications where high temperatures play a role.

4. Why should I use a polyimide hose for electrical insulation?

Conduits provide excellent electrical insulation that offers protection against short circuits and electrical failures. They are flexible, durable and can be used in a wide range of electrical applications.

5. How does a polyimide hose differ from other hoses?

Higher temperature resistance compared to many other materials
Better chemical resistance
Superior electrical insulation properties
Longer service life in demanding environments

6. What are Kapton tubes?

Kapton hoses are flexible hoses made from Kapton, a high temperature resistant polyimide film. These hoses are known for their exceptional heat resistance, chemical stability and electrical insulation properties. Kapton tubing is commonly used in applications involving extreme temperatures, radiation and aggressive chemicals, such as aerospace, electronics, automotive and various high technology industries.

Their typical properties include:

Heat resistance up to around 400°C
Excellent electrical insulation
Chemical resistance to solvents, oils and gases
High mechanical strength
Low thermal expansion

Kapton sleeving is often used to insulate wires, cables or electrical components in harsh environments.

7. What are PI hoses?

PI tubing, also known as polyimide tubing, is flexible tubing made from polyimide, a high-performance plastic known for its exceptional temperature resistance, chemical stability and mechanical strength. Polyimides (PI) are polymers used in environments where extreme temperatures, radiation or aggressive chemicals occur.

The main properties of PI tubing include:

High temperature resistance: PI tubing can withstand temperatures from -269°C to over 400°C, making it ideal for use in extreme conditions.
Excellent electrical insulation: They have excellent insulation capabilities, making them particularly popular in the electronics and electrical industries.
Chemical resistance: PI hoses are resistant to many chemicals, solvents and aggressive gases.
Mechanical stability: They offer high mechanical strength, even at high temperatures.
Low outgassing: In vacuum environments, PI tubing exhibits very low outgassing, making it ideal for aerospace and other critical applications.

PI tubing is widely used in industries such as aerospace, electronics, automotive and semiconductor manufacturing. They are often used to insulate electrical wiring, in medical devices or in applications that require extreme heat or chemical resistance.

8. What are PEI hoses?

PEI tubes are hoses made from polyetherimide (PEI), a high-performance thermoplastic material. PEI is known for its excellent mechanical properties, high temperature resistance and chemical resistance.

The most important properties of PEI tube include

High temperature resistance: PEI tubing can withstand temperatures up to 170°C or more without losing its mechanical stability.
High mechanical strength: They have very high strength and stiffness, making them ideal for demanding applications.
Good electrical insulation: PEI offers excellent insulation properties and is often used in electronics.
Flame resistance: PEI is self-extinguishing and resistant to flames, making it well suited for safety-critical applications.
Chemical resistance: PEI tubing is resistant to many chemicals and solvents, making it suitable for use in aggressive environments.
Hydrolysis resistance: They have good resistance to hot water and steam, which makes them interesting for applications in medical technology.

PEI tubing is used in a variety of industries, including aerospace, medical, electronics, automotive and food processing. They are often used in areas where high temperature resistance, mechanical strength and chemical resistance are required.

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