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Interference suppression capacitors for minimizing interference are electrical capacitors that reduce interference to radio reception (e.g. in mains filters). They conduct high-frequency interference signals, caused by the operation of electrical or electronic equipment, to earth or the neutral conductor or short-circuit them. In this way, they reduce electromagnetic interference. In addition, interference suppression capacitors must protect the appliance from mains-side overvoltages and also suppress conducted feedback from the appliance to the supply network.
Interference suppression capacitors for minimizing interference are electrical capacitors that reduce interference to radio reception (e.g. in mains filters). They conduct high-frequency interference signals, caused by the operation of electrical or electronic equipment, to earth or the neutral conductor or short-circuit them. In this way, they reduce electromagnetic interference. In addition, interference suppression capacitors must protect the appliance from mains-side overvoltages and also suppress conducted feedback from the appliance to the supply network.
Shrink tubing thin-walled - Size chart
Shrink tubing, thin-walled - Technical data
| Eigenschaft | Wert |
| Material | Polyoefin |
| Wandung | dünnwandig |
| Kleber | ohne Innenkleber |
| Schrumpfverhältnis | 2:1 |
| Schrumpftemperatur (min.) | 135°C |
| Dauerbetriebstemperatur | -55ºC - 135ºC |
| Zugfestigkeit (N/mm2) | 14-24 |
| Bruchdehnung(%) | 400-450 |
| Längenänderung | -5% max. |
| Durchschlagfestigkeit | 21-45 kV/mm |
| Spezifischer Widerstand (Ohm x cm) | 10^14 |
| Brennbarkeit | selbstverlöschend |
| Feature | Value |
| Material | Polyoefin |
| Wall | thin-walled |
| Glue | without inside adhesive |
| Shrinkage ratio | 2:1 |
| Shrink temperature (min.) | 135°C |
| Continuous operating temperature | -55ºC - 135ºC |
| Tensile strength (N/mm2) | 14-24 |
| Elongation at break(%) | 400-450 |
| Length change | -5% max. |
| Dielectric strength | 21-45 kV/mm |
| Specific resistance (Ohm x cm) | 10^14 |
| Flammability | self-extinguishing |
| Característica | Valor |
| Material | Polioefin |
| Pared | Paredes finas |
| Pegamento | Sin adhesivo interior |
| Índice de contracción | 2:1 |
| Temperatura de retracción (mín.) | 135°C |
| Temperatura de funcionamiento continuo | -55ºC - 135ºC |
| Resistencia a la tracción (N/mm2) | 14-24 |
| Alargamiento a la rotura(%) | 400-450 |
| Cambio de longitud | -5% max. |
| Rigidez dieléctrica | 21-45 kV/mm |
| Resistencia específica (Ohm x cm) | 10^14 |
| Inflamabilidad | autoextinguible |
| Cecha | Wartość |
| Materiał | Polyoefin |
| Ściana | Cienkościenne |
| Klej | Bez wewnętrznego kleju |
| Współczynnik skurczu | 2:1 |
| Temperatura obkurczania (min.) | 135°C |
| Temperatura pracy ciągłej | -55ºC - 135ºC |
| Wytrzymałość na rozciąganie (N/mm2) | 14-24 |
| Wydłużenie przy zerwaniu (%) | 400-450 |
| Zmiana długości | -5% max. |
| Wytrzymałość dielektryczna | 21-45 kV/mm |
| Opór właściwy (Ohm x cm) | 10^14 |
| Palność | samogasnący |
| Propriété | Valeur |
| Matériau | Polyoefin |
| Paroi | à paroi mince |
| Colle | sans adhésif intérieur |
| Rapport de rétraction | 2:1 |
| Température de rétraction (min.) | 135°C |
| Température de fonctionnement continu | -55ºC - 135ºC |
| Résistance à la traction (N/mm2) | 14-24 |
| Allongement à la rupture(%) | 400-450 |
| Changement de longueur | -5% max. |
| Rigidité diélectrique | 21-45 kV/mm |
| Résistance spécifique (Ohm x cm) | 10^14 |
| Inflammabilité | auto-extinguible |
| Caratteristica | Valore |
| Materiale | Polinefrina |
| Muro | A parete sottile |
| Colla | Senza adesivo interno |
| Rapporto di restringimento | 2:1 |
| Temperatura di restringimento (min.) | 135°C |
| Temperatura di esercizio continua | -55ºC - 135ºC |
| Resistenza alla trazione (N/mm2) | 14-24 |
| Allungamento a rottura (%) | 400-450 |
| Variazione della lunghezza | -5% max. |
| Rigidità dielettrica | 21-45 kV/mm |
| Resistenza specifica (Ohm x cm) | 10^14 |
| Infiammabilità | autoestinguente |
| الميزة | القيمة |
| المواد | البوليفينات |
| الحائط | رقيقة الجدران |
| الغراء | بدون لاصق داخل |
| نسبة الانكماش | 2:1 |
| تقلص درجة الحرارة (دقيقة) | 135°C |
| درجة حرارة التشغيل المستمرة | -55ºC - 135ºC |
| قوة الشد (N/mm2) | 14-24 |
| استطالة عند الكسر (٪) | 400-450 |
| تغيير الطول | -5% max. |
| قوة عازل | 21-45 kV/mm |
| مقاومة محددة (أوم × سم) | 10^14 |
| قابلية للاشتعال | إطفاء ذاتي |
| 특징 | 값 |
| 재료 | 폴리에핀 |
| 벽 | 얇은 벽 |
| 접착제 | 내부 접착제가 없다 |
| 수축률 | 2:1 |
| 수축 온도(min.) | 135°C |
| 연속 작동 온도 | -55ºC - 135ºC |
| 인장 강도(N/mm2) | 14-24 |
| 파손시 신장(%) | 400-450 |
| 길이 변경 | -5% max. |
| 유전체 강도 | 21-45 kV/mm |
| 비저항 (Ohm x cm) | 10^14 |
| 가연성 | 자기 소화 |
| 特徴 | 価値 |
| 素材 | ポリオフィン |
| 壁 | 薄肉 |
| 接着剤 | 内側接着剤なし |
| 収縮率 | 2:1 |
| 収縮温度（最低） | 135°C |
| 連続使用温度 | -55ºC - 135ºC |
| 引張強さ (N/mm2) | 14-24 |
| 破断伸度(%) | 400-450 |
| 長さの変化 | -5% max. |
| 絶縁耐力 | 21-45 kV/mm |
| 比抵抗（オーム×cm） | 10^14 |
| 引火性 | 自己消火性 |
| 特征 | 价值 |
| 材料 | 聚烯烃 |
| 墙 | 薄壁的 |
| 胶合 | 无内胶 |
| 收缩率 | 2:1 |
| 收缩温度（最小值） | 135°C |
| 连续工作温度 | -55ºC - 135ºC |
| 抗拉强度(N/mm2) | 14-24 |
| 断裂伸长率（%） | 400-450 |
| 长度变化 | -5% max. |
| 介电强度 | 21-45 kV/mm |
| 比电阻（欧姆×厘米） | 10^14 |
| 易燃性 | 自熄的 |
| Funkce? | Hodnota? |
| Materiál? | Polyofiny |
| Zdi? | Tenkostěnná |
| Plepidlo? | Bez vnitřního lepidla |
| Poměr smršťování | 2:1 |
| Teplota smršťování (min.) | 135°C |
| Kontinuální provozní teplota | -55ºC - 135ºC |
| Pevnost v tahu (N/mm2) | 14-24 |
| Prodloužení při přerušení (%) | 400-450 |
| Změna délky | -5% max. |
| Dielektrická pevnost | 21-45 kV/mm |
| Specifický odpor (Ohm x cm) | 10^14 |
| Hořlavost? | Samočinné vyhasení |
| Característica | Valor |
| Material | Polioefin |
| Parede | Paredes finas |
| Cola | Sem adesivo interior |
| Rácio de retração | 2:1 |
| Temperatura de retração (min.) | 135°C |
| Temperatura de funcionamento contínuo | -55ºC - 135ºC |
| Resistência à tração (N/mm2) | 14-24 |
| Alongamento de rotura (%) | 400-450 |
| Alteração do comprimento | -5% max. |
| Resistência dieléctrica | 21-45 kV/mm |
| Resistência específica (Ohm x cm) | 10^14 |
| Inflamabilidade | auto-extinguível |
| Характеристика | Значение |
| Материал | Polyoefin |
| Стена | Тонкостенные |
| Клей | Без внутреннего клея |
| Коэффициент усадки | 2:1 |
| Температура усадки (мин.) | 135°C |
| Непрерывная рабочая температура | -55ºC - 135ºC |
| Прочность на разрыв (Н/мм2) | 14-24 |
| Удлинение при разрыве (%) | 400-450 |
| Изменение длины | -5% max. |
| Диэлектрическая прочность | 21-45 kV/mm |
| Удельное сопротивление (Ом х см) | 10^14 |
| Воспламеняемость | Самозатухающий |
| Özellik | Değer |
| Malzeme | Poliofin |
| Duvarlar | Ince duvarlı |
| Tutkal | İç yapıştırıcı olmadan |
| Büzülme oranı | 2:1 |
| Sıcaklık daralma (min.) | 135°C |
| Sürekli çalışma sıcaklığı | -55ºC - 135ºC |
| Çekme mukavemeti (N/mm2) | 14-24 |
| Kırılma uzaması (%) | 400-450 |
| Uzun değişikliği | -5% max. |
| Dielektrik mukavemet | 21-45 kV/mm |
| Spesifik direnç (Ohm x cm) | 10^14 |
| Yanıcılık mı? | Kendi kendini söndürme |
| Eature | AlueCity in Alberta Canada |
| AZ ANYAK | Olioefin |
| Minden | Vágfalú |
| Lue | Belső ragasztóanyag nélkül |
| Hrinkage arány | 2:1 |
| Hrink hőmérséklete (minimum) | 135°C |
| A folyamatos üzemi hőmérséklet | -55ºC - 135ºC |
| Szilószilársőség (/mm2) | 14-24 |
| Hosszúság szünetelés (%) | 400-450 |
| Hosszúsági változás | -5% max. |
| IElectric erősség | 21-45 kV/mm |
| Speciális rezisztencia (hm x cm) | 10^14 |
| Felhúzódási képesség | Öntöltő |
| ویژگی ها | ارزش |
| مواد | پلی فین |
| دیوار | دیواره نازک |
| چسب ؟ | بدون چسب داخلی |
| نسبت انقباض | 2:1 |
| دمای کوچک شدن (دقیق) | 135°C |
| دمای کار مداوم | -55ºC - 135ºC |
| مقاومت کششی (N/mm2) | 14-24 |
| کشیدگی در زمان شکستن (٪) | 400-450 |
| تغییر طول | -5% max. |
| مقاومت دی الکتریک | 21-45 kV/mm |
| مقاومت خاص (اهم × سانتی متر) | 10^14 |
| قابل اشتعال | خودخاموش کردن |
| Functie | Waarde |
| Materiaal | Polyoefin |
| Muur | Dunwandig |
| Lijm | Zonder lijm aan de binnenkant |
| Krimpverhouding | 2:1 |
| Krimptemperatuur (min.) | 135°C |
| Continue bedrijfstemperatuur | -55ºC - 135ºC |
| Treksterkte (N/mm2) | 14-24 |
| Rek bij breuk (%) | 400-450 |
| Lengteverandering | -5% max. |
| Diëlektrische sterkte | 21-45 kV/mm |
| Specifieke weerstand (Ohm x cm) | 10^14 |
| Ontvlambaarheid | zelfdovend |
| Caracteristică | Valoare |
| Material | Polyoefin |
| Perete | Cu pereți subțiri |
| Lipici | Fără adeziv interior |
| Raportul de contracție | 2:1 |
| Temperatura de contracție (min.) | 135°C |
| Temperatura de funcționare continuă | -55ºC - 135ºC |
| Rezistența la tracțiune (N/mm2) | 14-24 |
| Alungirea la rupere (%) | 400-450 |
| Schimbare de lungime | -5% max. |
| Rezistența dielectrică | 21-45 kV/mm |
| Rezistența specifică (Ohm x cm) | 10^14 |
| Inflamabilitate | autoextincție |
| Ominaisuus | Arvo |
| Materiaali | Polyoefin |
| Seinä | Ohutseinäiset |
| Liima | Ilman sisäpuolen liimaa |
| Kutistumissuhde | 2:1 |
| Kutistumislämpötila (min.) | 135°C |
| Jatkuva käyttölämpötila | -55ºC - 135ºC |
| Vetolujuus (N/mm2) | 14-24 |
| Murtovenymä (%) | 400-450 |
| Pituuden muutos | -5% max. |
| Dielektrinen lujuus | 21-45 kV/mm |
| Ominaisvastus (Ohm x cm) | 10^14 |
| Syttyvyys | itsestään sammuva |
| Funkcia | Hodnota |
| Materiál | Polyoefin |
| Stena | Tenkostenné |
| Lepidlo | Bez vnútorného lepidla |
| Pomer zmrštenia | 2:1 |
| Teplota zmršťovania (min.) | 135°C |
| Trvalá prevádzková teplota | -55ºC - 135ºC |
| Pevnosť v ťahu (N/mm2) | 14-24 |
| Predĺženie pri pretrhnutí (%) | 400-450 |
| Zmena dĺžky | -5% max. |
| Dielektrická pevnosť | 21-45 kV/mm |
| Špecifický odpor (Ohm x cm) | 10^14 |
| Horľavosť | samozhášacie |
| Funktion | Værdi |
| Materiale | Polyoefin |
| Væg | Tyndvægget |
| Lim | Uden indvendigt klæbemiddel |
| Krympningsgrad | 2:1 |
| Krympetemperatur (min.) | 135°C |
| Kontinuerlig driftstemperatur | -55ºC - 135ºC |
| Trækstyrke (N/mm2) | 14-24 |
| Forlængelse ved brud (%) | 400-450 |
| Ændring af længde | -5% max. |
| Dielektrisk styrke | 21-45 kV/mm |
| Specifik modstand (Ohm x cm) | 10^14 |
| Brandfarlighed | selvslukkende |
| Χαρακτηριστικό γνώρισμα | Αξία |
| Υλικό | Polyoefin |
| Τοίχος | Λεπτότοιχα |
| Κόλλα | Χωρίς εσωτερική κόλλα |
| Αναλογία συρρίκνωσης | 2:1 |
| Θερμοκρασία συρρίκνωσης (min.) | 135°C |
| Συνεχής θερμοκρασία λειτουργίας | -55ºC - 135ºC |
| Αντοχή σε εφελκυσμό (N/mm2) | 14-24 |
| Επιμήκυνση κατά τη θραύση (%) | 400-450 |
| Αλλαγή μήκους | -5% max. |
| Διηλεκτρική αντοχή | 21-45 kV/mm |
| Ειδική αντίσταση (Ohm x cm) | 10^14 |
| Αναφλεξιμότητα | αυτοσβενόμενο |
| Функции | Стойност |
| Материал | Polyoefin |
| Стена | Тънкостенни |
| Лепило | Без вътрешно лепило |
| Коефициент на свиване | 2:1 |
| Температура на свиване (мин.) | 135°C |
| Непрекъсната работна температура | -55ºC - 135ºC |
| Якост на опън (N/mm2) | 14-24 |
| Удължение при скъсване (%) | 400-450 |
| Промяна на дължината | -5% max. |
| Диелектрична якост | 21-45 kV/mm |
| Специфично съпротивление (Ohm x cm) | 10^14 |
| Запалимост | самозагасващ се |
| Funktion | Värde |
| Material | Polyoefin |
| Vägg | Tunnväggig |
| Lim | Utan självhäftande insida |
| Krympningsgrad | 2:1 |
| Krymptemperatur (min.) | 135°C |
| Kontinuerlig driftstemperatur | -55ºC - 135ºC |
| Draghållfasthet (N/mm2) | 14-24 |
| Töjning vid brott (%) | 400-450 |
| Längdförändring | -5% max. |
| Dielektrisk hållfasthet | 21-45 kV/mm |
| Specifikt motstånd (Ohm x cm) | 10^14 |
| Brandfarlighet | självsläckande |
| Funkcija | Vrednost |
| Material | Polioefin |
| Stena | Tankostenski |
| Lepilo | Brez notranjega lepila |
| Razmerje krčenja | 2:1 |
| Temperatura krčenja (min.) | 135°C |
| Trajna delovna temperatura | -55ºC - 135ºC |
| Natezna trdnost (N/mm2) | 14-24 |
| Podaljšek pri pretrgu (%) | 400-450 |
| Sprememba dolžine | -5% max. |
| Dielektrična trdnost | 21-45 kV/mm |
| Specifična upornost (Ohm x cm) | 10^14 |
| Vnetljivost | samougasljivi |
| Funktsioon | Väärtus |
| Materjal | Polyoefin |
| Seina | Õhukesed seinad |
| Liim | Ilma sisemise liimita |
| Kahanemise suhe | 2:1 |
| Kahanemistemperatuur (min.) | 135°C |
| Pidev töötemperatuur | -55ºC - 135ºC |
| Tõmbetugevus (N/mm2) | 14-24 |
| Pikendus murdumisel (%) | 400-450 |
| Pikkuse muutus | -5% max. |
| Dielektriline tugevus | 21-45 kV/mm |
| Eritakistus (Ohm x cm) | 10^14 |
| Põletatavus | isekustuv |
| Funkcija | Vertė |
| Medžiaga | Polioefinas |
| Siena | Plonasienis |
| Klijai | Be vidinių klijų |
| Susitraukimo santykis | 2:1 |
| Sutraukimo temperatūra (min.) | 135°C |
| Nuolatinė darbinė temperatūra | -55ºC - 135ºC |
| Tempimo stipris (N/mm2) | 14-24 |
| Pailgėjimas nutrūkus (%) | 400-450 |
| Ilgio pokytis | -5% max. |
| Dielektrinis stipris | 21-45 kV/mm |
| Savitoji varža (Ohm x cm) | 10^14 |
| Degumas | savaime užgęstantis |
| Funkcija | Vērtība |
| Materiāls | Polyoefin |
| Siena | Plānsienu |
| Līme | Bez iekšējās līmes |
| Saraušanās koeficients | 2:1 |
| Samazināšanas temperatūra (min.) | 135°C |
| Pastāvīgā darba temperatūra | -55ºC - 135ºC |
| Stiepes izturība (N/mm2) | 14-24 |
| Pagarinājums pārraušanas brīdī (%) | 400-450 |
| Garuma izmaiņas | -5% max. |
| Dielektriskā izturība | 21-45 kV/mm |
| Īpatnējā pretestība (Ohm x cm) | 10^14 |
| Uzliesmojamība | pašdzēsošs |
| Eigenschaft | Wert |
| Material | Polyoefin |
| Wandung | dünnwandig |
| Kleber | ohne Innenkleber |
| Schrumpfverhältnis | 2:1 |
| Schrumpftemperatur (min.) | 135°C |
| Dauerbetriebstemperatur | -55ºC - 135ºC |
| Zugfestigkeit (N/mm2) | 14-24 |
| Bruchdehnung(%) | 400-450 |
| Längenänderung | -5% max. |
| Durchschlagfestigkeit | 21-45 kV/mm |
| Spezifischer Widerstand (Ohm x cm) | 10^14 |
| Brennbarkeit | selbstverlöschend |
| Eigenschaft | Wert |
| Material | Polyoefin |
| Wandung | dünnwandig |
| Kleber | ohne Innenkleber |
| Schrumpfverhältnis | 2:1 |
| Schrumpftemperatur (min.) | 135°C |
| Dauerbetriebstemperatur | -55ºC - 135ºC |
| Zugfestigkeit (N/mm2) | 14-24 |
| Bruchdehnung(%) | 400-450 |
| Längenänderung | -5% max. |
| Durchschlagfestigkeit | 21-45 kV/mm |
| Spezifischer Widerstand (Ohm x cm) | 10^14 |
| Brennbarkeit | selbstverlöschend |
Shrink tubing thin-walled - Technical data sheet for download
SFTW heat shrink tubing is the high-quality all-rounder and is made of highly flexible, tough polyolefin. Radiation cross-linked and with its chemical and physical properties, it is tailored to the needs of electrical engineering and electronics, common industries, the military sector and the aviation industry. The SFTW is used in cable assembly as protection, color coding or printed as a cable identification sleeve.
Hose technology: Technical data sheet PTFE hoses
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Shrink tubing, thin-walled
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Rotima is your partner when it comes to hose technology for electronics. Our extensive product range covers everything from standard hoses for general applications to specialized hose technology solutions for special requirements in the electronics industry. Our conduit technology provides optimum protection for cables and wires, contributing to the longevity and reliability of electronic devices.
With our large selection of materials, diameters and flexibility levels, we always deliver exactly the right solution for your needs. Regardless of whether the required conduit technology involves heat resistance, chemical resistance or simply mechanical protection. We always provide you with the right hose technology. Rely on our in-depth expert knowledge and let us advise you on the best hose applications for your application.
With our large selection of materials, diameters and flexibility levels, we always deliver exactly the right solution for your needs. Regardless of whether the required conduit technology involves heat resistance, chemical resistance or simply mechanical protection. We always provide you with the right hose technology. Rely on our in-depth expert knowledge and let us advise you on the best hose applications for your application.
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What are the advantages of using DC voltage transformers compared to AC voltage transformers?
What are the advantages of using DC voltage transformers compared to AC voltage transformers?
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What is thin-walled shrink tubing?
As the name suggests, they are heat-shrink tubing with a thin wall thickness. Compared to thick-walled heat-shrink tubing, they offer a flexible and space-saving solution for insulating cables and connections. These thin-walled heat-shrinkable sleeves are particularly suitable for applications where compact and easy-to-apply insulation is required. Thanks to their thin wall thickness, they are very flexible and adapt perfectly to the shape of the cable or connection. Thin-wall heat shrink tubing is a versatile insulation solution that is used in many industrial sectors.
A major advantage of thin-walled heat shrink tubing is its high flexibility. As they have a thin wall thickness, they can be pulled over irregularly shaped cables and connections very easily. This makes them ideal for heat shrink tubing applications where mobility and adaptability are required. Thin-walled heat shrink tubing is particularly practical when there is little space available, as it only adds a small amount of bulk after shrinking.
Thin-walled shrink tubing shrinks very quickly. They require less heat and are therefore easier and quicker to process. This is particularly important for sensitive cables or electronic components in order to avoid damage caused by heat. Thin-wall heat shrink tubing reliably protects cable connections from external influences such as moisture, dust and mechanical damage without the insulation becoming too thick.
Our thin-walled heat shrink tubing is used in many areas. They are ideal for bundling cables or insulating plug connections and soldered joints. They are particularly popular in electronics because they save space and do not put unnecessary strain on sensitive components. Thin-walled heat-shrink tubing is also often used in the automotive sector, for example to protect cable harnesses or insulate connections against moisture.
Thin-walled heat shrink tubing is also suitable for repairing damaged cables. You can simply slide the heat-shrink tubing over the damaged area, heat it and you have a secure and stable insulation. The thin wall thickness maintains the flexibility of the cable.
There are many different types of thin-walled heat-shrink tubing. They are available in different sizes and colors, making them suitable for many applications. Thin-wall heat shrink tubing can also be transparent, for example, so that the underlying connection is visible. This is particularly useful if you want to visually inspect the connection without removing the insulation.
If you are looking for thin-walled heat shrink tubing with special properties, there are also versions with an adhesive layer. These thin-walled heat-shrink tubes have an adhesive layer on the inside that melts when heated and creates a watertight connection. This provides additional protection.
Thin-wall heat shrink tubing is a practical and versatile solution when it comes to insulating cables and connections. Thanks to their thin wall thickness, they offer a flexible and space-saving way of protecting cables with heat-shrink tubing without adding unnecessary bulk. They are ideal for use in electronics, the automotive sector or for DIY projects.
A major advantage of thin-walled heat shrink tubing is its high flexibility. As they have a thin wall thickness, they can be pulled over irregularly shaped cables and connections very easily. This makes them ideal for heat shrink tubing applications where mobility and adaptability are required. Thin-walled heat shrink tubing is particularly practical when there is little space available, as it only adds a small amount of bulk after shrinking.
Thin-walled shrink tubing shrinks very quickly. They require less heat and are therefore easier and quicker to process. This is particularly important for sensitive cables or electronic components in order to avoid damage caused by heat. Thin-wall heat shrink tubing reliably protects cable connections from external influences such as moisture, dust and mechanical damage without the insulation becoming too thick.
Our thin-walled heat shrink tubing is used in many areas. They are ideal for bundling cables or insulating plug connections and soldered joints. They are particularly popular in electronics because they save space and do not put unnecessary strain on sensitive components. Thin-walled heat-shrink tubing is also often used in the automotive sector, for example to protect cable harnesses or insulate connections against moisture.
Thin-walled heat shrink tubing is also suitable for repairing damaged cables. You can simply slide the heat-shrink tubing over the damaged area, heat it and you have a secure and stable insulation. The thin wall thickness maintains the flexibility of the cable.
There are many different types of thin-walled heat-shrink tubing. They are available in different sizes and colors, making them suitable for many applications. Thin-wall heat shrink tubing can also be transparent, for example, so that the underlying connection is visible. This is particularly useful if you want to visually inspect the connection without removing the insulation.
If you are looking for thin-walled heat shrink tubing with special properties, there are also versions with an adhesive layer. These thin-walled heat-shrink tubes have an adhesive layer on the inside that melts when heated and creates a watertight connection. This provides additional protection.
Thin-wall heat shrink tubing is a practical and versatile solution when it comes to insulating cables and connections. Thanks to their thin wall thickness, they offer a flexible and space-saving way of protecting cables with heat-shrink tubing without adding unnecessary bulk. They are ideal for use in electronics, the automotive sector or for DIY projects.
What are the advantages of flame-retardant thin-walled shrink tubing?
- Provides additional fire protection, ideal for industrial applications.
- Prevents the spread of fire in the event of a spark or overheating.
- Increases safety in environments with high fire risks.
How do I choose the right thin-walled heat shrink tubing for my application?
- Determine the diameter of the cable or connection to be covered.
- Take into account the required shrink ratio (e.g. 2:1 or 3:1).
- Pay attention to special requirements such as temperature resistance or flame retardancy.
Can thin-walled heat shrink tubing be used in extreme environments?
- Yes, many shrink tubes are designed for extreme conditions.
- Suitable for marine and automotive applications, resistant to UV radiation and chemicals.
- High temperature resistance enables use in areas with extreme temperatures.
How do I install thin-walled shrink tubing correctly?
- Cut the heat-shrink tubing to the desired length.
- Slide the tubing over the cable or connection to be protected.
- Heat the heat-shrink tubing evenly with a heat gun until it fits snugly.
