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Added value distributor and development

PEEK heat shrink tubing dealer

  • Large selection of PEEK shrink tubing
  • For electrical engineering and electronics business
  • A direct line instead of a waiting loop - we are there for you
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Hose technology - polyimide hoses
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PEEK shrink tubing in our range:

PEEK heat shrink tubing - size chart

PEEK heat shrink tubing - Technical data

EigenschaftenASTMEinheit
ZugfestigkeitD638KSI1.309
Bruch oder StreckspannungD638PSI14.503
GlasübergangstemperaturD3418°C161
DurchschlagsfestigkeitD149V/mil3570
WärmebeständigkeitNEMA MW 1000°C400
KristallinitätD3814%40
PropertiesASTMUnit
Tensile strengthD638KSI1.309
Breakage or yield stressD638PSI14.503
Glass transition temperatureD3418°C161
Dielectric strengthD149V/mil3570
Heat resistanceNEMA MW 1000°C400
CrystallinityD3814%40
PropiedadesASTMUnidad
Resistencia a la tracciónD638KSI1.309
Rotura o límite elásticoD638PSI14.503
Temperatura de transición vítreaD3418°C161
Rigidez dieléctricaD149V/mil3570
Resistencia al calorNEMA MW 1000°C400
CristalinidadD3814%40
WłaściwościASTMJednostka
Wytrzymałość na rozciąganieD638KSI1.309
Pęknięcie lub granica plastycznościD638PSI14.503
Temperatura zeszkleniaD3418°C161
Wytrzymałość dielektrycznaD149V/mil3570
Odporność na ciepłoNEMA MW 1000°C400
KrystalicznośćD3814%40
CaractéristiquesASTMUnité
Résistance à la tractionD638KSI1.309
Rupture ou contrainte d'étirementD638PSI14.503
Température de transition vitreuseD3418°C161
Résistance diélectriqueD149V/mil3570
Résistance à la chaleurNEMA MW 1000°C400
CristallinitéD3814%40
ProprietàASTMUnità
Resistenza alla trazioneD638KSI1.309
Rottura o tensione di snervamentoD638PSI14.503
Temperatura di transizione del vetroD3418°C161
Rigidità dielettricaD149V/mil3570
Resistenza al caloreNEMA MW 1000°C400
CristallinitàD3814%40
السمةASTMالوحدة
قوة الشدD638KSI1.309
كسر أو إجهاد العائدD638PSI14.503
درجة حرارة انتقال الزجاجD3418°C161
قوة عازلةD149V/mil3570
مقاومة الحرارةNEMA MW 1000°C400
البلورةD3814%40
속성ASTM단위
인장강도D638KSI1.309
파열 또는 항복 응력D638PSI14.503
유리 변환 온도D3418°C161
유전 강도D149V/mil3570
내열NEMA MW 1000°C400
결정도D3814%40
プロパティASTM単位
引張強さD638KSI1.309
破損または降伏応力D638PSI14.503
ガラス転移温度D3418°C161
絶縁耐力D149V/mil3570
耐熱性NEMA MW 1000°C400
結晶性D3814%40
属性ASTM单位
抗拉强度D638KSI1.309
断裂或屈服应力D638PSI14.503
玻璃化转变温度D3418°C161
介电强度D149V/mil3570
耐热性NEMA MW 1000°C400
结晶度D3814%40
AtributyASTMJednotky
Pevnost v tahuD638KSI1.309
Zlomené nebo mezní napětíD638PSI14.503
Teplota skelného přechoduD3418°C161
Dielektrická pevnostD149V/mil3570
Tepelná odolnostNEMA MW 1000°C400
KrystalinitaD3814%40
PropriedadesASTMUnidade
Resistência à traçãoD638KSI1.309
Rutura ou tensão de cedênciaD638PSI14.503
Temperatura de transição vítreaD3418°C161
Resistência dieléctricaD149V/mil3570
Resistência ao calorNEMA MW 1000°C400
CristalinidadeD3814%40
СвойстваASTMЕдиница
Прочность на разрывD638KSI1.309
Разрыв или предел текучестиD638PSI14.503
Температура стеклованияD3418°C161
Диэлектрическая прочностьD149V/mil3570
ТермостойкостьNEMA MW 1000°C400
КристалличностьD3814%40
ÖzelliklerASTMBirim
çekme mukavemetiD638KSI1.309
Kırılma veya akma gerilimiD638PSI14.503
Cam geçiş sıcaklığıD3418°C161
Dielektrik dayanımD149V/mil3570
ısı direnciNEMA MW 1000°C400
KristallikD3814%40
TulajdonságokASTMEgységek
SzakítószilárdságD638KSI1.309
Törés vagy hozamfeszültségD638PSI14.503
Üvegesedési hőmérsékletD3418°C161
Dielektromos szilárdságD149V/mil3570
HőállóságNEMA MW 1000°C400
KristályosságD3814%40
ویژگیASTMواحد
استحکام کششیD638KSI1.309
شکستگی یا استرس عملکردD638PSI14.503
دمای انتقال شیشهD3418°C161
مقاومت دی الکتریکD149V/mil3570
مقاومت در برابر حرارتNEMA MW 1000°C400
بلورینگیD3814%40
EigenschappenASTMEenheid
TreksterkteD638KSI1.309
Breuk of vloeispanningD638PSI14.503
GlasovergangstemperatuurD3418°C161
Diëlektrische sterkteD149V/mil3570
HittebestendigheidNEMA MW 1000°C400
KristalliniteitD3814%40
ProprietățiASTMUnitatea
Rezistența la tracțiuneD638KSI1.309
Ruperea sau tensiunea de curgereD638PSI14.503
Temperatura de tranziție vitroasăD3418°C161
Rezistența dielectricăD149V/mil3570
Rezistența la căldurăNEMA MW 1000°C400
CristalinitateD3814%40
OminaisuudetASTMYksikkö
VetolujuusD638KSI1.309
Murtuminen tai myötöjännitysD638PSI14.503
LasittumislämpötilaD3418°C161
Dielektrinen lujuusD149V/mil3570
LämmönkestävyysNEMA MW 1000°C400
KiteisyysD3814%40
VlastnostiASTMJednotka
Pevnosť v ťahuD638KSI1.309
Zlom alebo medza klzuD638PSI14.503
Teplota sklovitého prechoduD3418°C161
Dielektrická pevnosťD149V/mil3570
Tepelná odolnosťNEMA MW 1000°C400
KryštalinitaD3814%40
EjendommeASTMEnhed
TrækstyrkeD638KSI1.309
Brud eller flydespændingD638PSI14.503
GlasovergangstemperaturD3418°C161
Dielektrisk styrkeD149V/mil3570
VarmebestandighedNEMA MW 1000°C400
KrystallinitetD3814%40
ΙδιότητεςASTMΜονάδα
Αντοχή σε εφελκυσμόD638KSI1.309
Θραύση ή τάση διαρροήςD638PSI14.503
Θερμοκρασία υαλώδους μετάβασηςD3418°C161
Διηλεκτρική αντοχήD149V/mil3570
Αντοχή στη θερμότηταNEMA MW 1000°C400
ΚρυσταλλικότηταD3814%40
ИмотиASTMЕдиница
Якост на опънD638KSI1.309
Счупване или напрежение на провлачанеD638PSI14.503
Температура на стъклен преходD3418°C161
Диелектрична якостD149V/mil3570
Топлинна устойчивостNEMA MW 1000°C400
КристалностD3814%40
FastigheterASTMEnhet
DraghållfasthetD638KSI1.309
Brott eller sträckgränsD638PSI14.503
Glasets övergångstemperaturD3418°C161
Dielektrisk styrkaD149V/mil3570
VärmebeständighetNEMA MW 1000°C400
KristallinitetD3814%40
LastnostiASTMEnota
Natezna trdnostD638KSI1.309
Zlom ali napetost tečenjaD638PSI14.503
Temperatura steklastega prehodaD3418°C161
Dielektrična trdnostD149V/mil3570
Toplotna odpornostNEMA MW 1000°C400
KristaliničnostD3814%40
OmadusedASTMÜksus
TõmbetugevusD638KSI1.309
Murdumine või voolavuspiirangudD638PSI14.503
Klaasi üleminekutemperatuurD3418°C161
Dielektriline tugevusD149V/mil3570
KuumakindlusNEMA MW 1000°C400
KristallilisusD3814%40
SavybėsASTMVienetas
Tempimo stiprisD638KSI1.309
Lūžis arba takumo įtempimasD638PSI14.503
Stiklėjimo temperatūraD3418°C161
Dielektrinis stiprisD149V/mil3570
Atsparumas karščiuiNEMA MW 1000°C400
KristališkumasD3814%40
ĪpašībasASTMVienība
Stiepes izturībaD638KSI1.309
Pārrāvums vai tecēšanas spriegumsD638PSI14.503
Stiklojuma pārejas temperatūraD3418°C161
Dielektriskā izturībaD149V/mil3570
KarstumizturībaNEMA MW 1000°C400
KristāliskumsD3814%40
EigenschaftenASTMEinheit
ZugfestigkeitD638KSI1.309
Bruch oder StreckspannungD638PSI14.503
GlasübergangstemperaturD3418°C161
DurchschlagsfestigkeitD149V/mil3570
WärmebeständigkeitNEMA MW 1000°C400
KristallinitätD3814%40
EigenschaftenASTMEinheit
ZugfestigkeitD638KSI1.309
Bruch oder StreckspannungD638PSI14.503
GlasübergangstemperaturD3418°C161
DurchschlagsfestigkeitD149V/mil3570
WärmebeständigkeitNEMA MW 1000°C400
KristallinitätD3814%40

PEEK shrink tubing - in detail

As an experienced distributor of PEEK heat shrink tubing, we offer you the best products with high quality and reliability. Our PEEK heat shrink tubing is particularly popular due to its high chemical resistance. If you are looking for a PEEK heat shrink tubing dealer, you have come to the right place.

Our chemically resistant PEEK heat shrink tubing is ideal for a wide range of applications. Whether for electrical insulation or in environments with aggressive chemicals, our PEEK heat shrink tubing can withstand the highest demands. Thanks to its outstanding properties, including high temperature resistance and excellent mechanical strength, it is the perfect choice for your projects.

As a PEEK heat shrink tubing distributor, we know how important it is to supply high-quality products. That's why we only offer heat shrink tubing that has been thoroughly inspected and tested. Our PEEK heat shrink tubing offers excellent chemical resistance, making it ideal for use in the chemical industry.

We are proud to be known as a supplier and distributor of PEEK heat shrink tubing. Our aim is to provide you with the best products and the best service. Whether you need small quantities or large orders, we are ready to fulfill your requirements.

If you need PEEK heat shrink tubing with high chemical resistance, we are your reliable partner. Our products not only offer outstanding protection against chemicals, but also excellent electrical insulation. As an experienced PEEK heat shrink tubing supplier and distributor, we can guarantee that you will only find the best heat shrink tubing with us.

Do not hesitate to contact us if you have any questions or would like to place an order. Our friendly and competent team is always at your disposal. We look forward to providing you with the best PEEK heat shrink tubing and exceeding your expectations.
Do you have any questions about our offer?
PEEK shrink tubing
Request a callback
Direct inquiry

PEEK shrink tubing with high chemical resistance

In our range you will find a variety of sizes, colors and materials that meet all industry-standard specifications and are suitable for precise 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 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.
Hose technology - polyimide hoses
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Contact our product experts
Dominik        Grahammer
Dominik Grahammer
Sales- and Productmanagement
+49 8341 9340348
[email protected]
Direct inquiry
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What can we do for you?
Contact our product experts
Rotima Oliver Bürli
Oliver Bürli
Head of Hose Technology, Sales and Product Management
+41 44 927 26 38
[email protected]
Direct inquiry
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PEEK shrink tubing

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Frequently asked questions about PEEK shrink tubing

1. What are the advantages of PEEK shrink tubing?

  • High chemical resistance
  • Excellent electrical insulation
  • High temperature resistance
  • Mechanical strength and durability

2. which applications is PEEK shrink tubing suitable for?

PEEK shrink tubes is suitable for applications in the chemical industry, the automotive industry and aerospace technology. The insulation tube version is also suitable for electrical insulation.

3. How is PEEK shrink tubing installed?

PEEK shrink tubing is simply slid over the object to be protected and then heated evenly until it contracts and fits tightly. No special tools are required for installation, just a suitable heat source such as a heat gun.

4. Which chemical substances can PEEK shrink tubing withstand?

PEEK heat shrink tubing is resistant to a wide range of chemicals, including:
  • Acids and bases
  • Organic solvents
  • Oils and greases
  • Water and steam

5. In what sizes and lengths is PEEK shrink tubing available?

PEEK heat shrink tubing is available in various diameters and lengths to meet different requirements. The exact dimensions vary depending on the manufacturer, but common sizes range from 1 mm to 50 mm in diameter.

6. What does the abbreviation PEEK mean?

PEEK stands for "polyetheretherketone" and is a high-temperature-resistant engineering plastic that is characterized by its exceptional properties. Due to its outstanding chemical resistance, high strength and excellent mechanical properties, polyetheretherketone tube is used in a wide range of applications. This plastic has proven its worth particularly in demanding sectors such as aerospace, the automotive industry and medical technology.

We use PEEK to offer you high-quality polyetheretherketone tube. These polyetheretherketone tubes are ideal for applications that require extreme temperatures and aggressive chemicals. Not only do they offer excellent compressive and tensile strength, but they are also able to maintain their integrity under difficult conditions.

Our polyetheretherketone tube is specifically designed to meet the high demands of the industry. Whether for fluid transmission, cable protection or other technical applications, we guarantee that our products meet the highest standards and provide you with the reliability you need. If you are looking for a durable and high performance solution, our polyetheretherketone tubes are the optimal choice.
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7. What is the maximum temperature that PEEK tubes can withstand?

PEEK tubes can typically withstand temperatures of up to 260 °C (500 °F) without losing their mechanical properties.

9. What factors influence the service life of a PEEK tube in demanding applications?

The service life of a PEEK tube is influenced by factors such as temperature, pressure, chemical exposure, mechanical loads and the frequency of movements or vibrations. Regular inspections and maintenance are important in order to detect signs of wear at an early stage and ensure safety.
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