Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs Dealers
- Large selection of heat-shrink tubing super-thin rigid PVC Copalon for battery packs
- For the electrical engineering and electronics business
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Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs in our range:
PVC heat shrink tubing is available in a variety of sizes, colors and materials that meet all industry 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 PVC shrink sleeves. 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 PVC heat shrink tubing for your specific requirements.
Below you will find detailed tables with sizes and technical data for each of our PVC shrink sleeves. 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 PVC heat shrink tubing for your specific requirements.
Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs - Size chart
Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs - Technical data
| Eigenschaft | Wert |
| Material | PVC |
| Wandung | super dünnwandig |
| Kleber | ohne Innenkleber |
| Schrumpfverhältnis | 2 : 1 |
| Schrumpftemperatur (min.) | 80°C |
| Dauerbetriebstemperatur | -20 ºC - + 85 ºC |
| Zugfestigkeit (N/mm2) | 14-15 |
| Bruchdehnung (%) | 150 |
| Längenänderung | -10 % max. |
| Durchschlagfestigkeit | 80 kV / mm |
| Spezifischer Widerstand (Ohm x cm) | 10^14 |
| Brennbarkeit | selbstverlöschend |
| Feature | Value |
| Material | PVC |
| Wall | super thin-walled |
| Glue | without inside adhesive |
| Shrinkage ratio | 2 : 1 |
| Shrink temperature (min.) | 80°C |
| Continuous operating temperature | -20 ºC - + 85 ºC |
| Tensile strength (N/mm2) | 14-15 |
| Elongation at break (%) | 150 |
| Length change | -10 % max. |
| Dielectric strength | 80 kV / mm |
| Specific resistance (Ohm x cm) | 10^14 |
| Flammability | self-extinguishing |
| Característica | Valor |
| Material | PVC |
| Pared | paredes superfinas |
| Pegamento | Sin adhesivo interior |
| Índice de contracción | 2 : 1 |
| Temperatura de retracción (mín.) | 80°C |
| Temperatura de funcionamiento continuo | -20 ºC - + 85 ºC |
| Resistencia a la tracción (N/mm2) | 14-15 |
| Alargamiento a la rotura (%) | 150 |
| Cambio de longitud | -10 % max. |
| Rigidez dieléctrica | 80 kV / mm |
| Resistencia específica (Ohm x cm) | 10^14 |
| Inflamabilidad | autoextinguible |
| Cecha | Wartość |
| Material | PVC |
| Ściana | super cienkie ścianki |
| Klej | Bez wewnętrznego kleju |
| Współczynnik skurczu | 2 : 1 |
| Temperatura obkurczania (min.) | 80°C |
| Temperatura pracy ciągłej | -20 ºC - + 85 ºC |
| Wytrzymałość na rozciąganie (N/mm2) | 14-15 |
| Wydłużenie przy zerwaniu (%) | 150 |
| Zmiana długości | -10 % max. |
| Wytrzymałość dielektryczna | 80 kV / mm |
| Opór właściwy (Ohm x cm) | 10^14 |
| Palność | samogasnący |
| Propriété | Valeur |
| Material | PVC |
| Paroi | paroi super fine |
| Colle | sans adhésif intérieur |
| Rapport de rétraction | 2 : 1 |
| Température de rétraction (min.) | 80°C |
| Température de fonctionnement continu | -20 ºC - + 85 ºC |
| Résistance à la traction (N/mm2) | 14-15 |
| Allongement à la rupture (%) | 150 |
| Changement de longueur | -10 % max. |
| Rigidité diélectrique | 80 kV / mm |
| Résistance spécifique (Ohm x cm) | 10^14 |
| Inflammabilité | auto-extinguible |
| Caratteristica | Valore |
| Material | PVC |
| Muro | a parete super sottile |
| Colla | Senza adesivo interno |
| Rapporto di restringimento | 2 : 1 |
| Temperatura di restringimento (min.) | 80°C |
| Temperatura di esercizio continua | -20 ºC - + 85 ºC |
| Resistenza alla trazione (N/mm2) | 14-15 |
| Allungamento a rottura (%) | 150 |
| Variazione della lunghezza | -10 % max. |
| Rigidità dielettrica | 80 kV / mm |
| Resistenza specifica (Ohm x cm) | 10^14 |
| Infiammabilità | autoestinguente |
| الميزة | القيمة |
| Material | PVC |
| الحائط | فائق رقيقة الجدران |
| الغراء | بدون لاصق داخل |
| نسبة الانكماش | 2 : 1 |
| تقلص درجة الحرارة (دقيقة) | 80°C |
| درجة حرارة التشغيل المستمرة | -20 ºC - + 85 ºC |
| قوة الشد (N/mm2) | 14-15 |
| استطالة عند الكسر (٪) | 150 |
| تغيير الطول | -10 % max. |
| قوة عازل | 80 kV / mm |
| مقاومة محددة (أوم × سم) | 10^14 |
| قابلية للاشتعال | إطفاء ذاتي |
| 특징 | 값 |
| Material | PVC |
| 벽 | 초박벽 |
| 접착제 | 내부 접착제가 없다 |
| 수축률 | 2 : 1 |
| 수축 온도(min.) | 80°C |
| 연속 작동 온도 | -20 ºC - + 85 ºC |
| 인장 강도(N/mm2) | 14-15 |
| 파손시 신장(%) | 150 |
| 길이 변경 | -10 % max. |
| 유전체 강도 | 80 kV / mm |
| 비저항 (Ohm x cm) | 10^14 |
| 가연성 | 자기 소화 |
| 特徴 | 価値 |
| Material | PVC |
| 壁 | 超薄肉 |
| 接着剤 | 内側接着剤なし |
| 収縮率 | 2 : 1 |
| 収縮温度（最低） | 80°C |
| 連続使用温度 | -20 ºC - + 85 ºC |
| 引張強さ (N/mm2) | 14-15 |
| 破断伸度(%) | 150 |
| 長さの変化 | -10 % max. |
| 絶縁耐力 | 80 kV / mm |
| 比抵抗（オーム×cm） | 10^14 |
| 引火性 | 自己消火性 |
| 特征 | 价值 |
| Material | PVC |
| 墙 | 超薄壁 |
| 胶合 | 无内胶 |
| 收缩率 | 2 : 1 |
| 收缩温度（最小值） | 80°C |
| 连续工作温度 | -20 ºC - + 85 ºC |
| 抗拉强度(N/mm2) | 14-15 |
| 断裂伸长率（%） | 150 |
| 长度变化 | -10 % max. |
| 介电强度 | 80 kV / mm |
| 比电阻（欧姆×厘米） | 10^14 |
| 易燃性 | 自熄的 |
| Funkce? | Hodnota? |
| Material | PVC |
| Zdi? | Ultra tenká stěna |
| Plepidlo? | Bez vnitřního lepidla |
| Poměr smršťování | 2 : 1 |
| Teplota smršťování (min.) | 80°C |
| Kontinuální provozní teplota | -20 ºC - + 85 ºC |
| Pevnost v tahu (N/mm2) | 14-15 |
| Prodloužení při přerušení (%) | 150 |
| Změna délky | -10 % max. |
| Dielektrická pevnost | 80 kV / mm |
| Specifický odpor (Ohm x cm) | 10^14 |
| Hořlavost? | Samočinné vyhasení |
| Característica | Valor |
| Material | PVC |
| Parede | paredes super finas |
| Cola | Sem adesivo interior |
| Rácio de retração | 2 : 1 |
| Temperatura de retração (min.) | 80°C |
| Temperatura de funcionamento contínuo | -20 ºC - + 85 ºC |
| Resistência à tração (N/mm2) | 14-15 |
| Alongamento na rutura (%) | 150 |
| Alteração do comprimento | -10 % max. |
| Resistência dieléctrica | 80 kV / mm |
| Resistência específica (Ohm x cm) | 10^14 |
| Inflamabilidade | auto-extinguível |
| Характеристика | Значение |
| Material | PVC |
| Стена | супертонкостенные |
| Клей | Без внутреннего клея |
| Коэффициент усадки | 2 : 1 |
| Температура усадки (мин.) | 80°C |
| Непрерывная рабочая температура | -20 ºC - + 85 ºC |
| Прочность на разрыв (Н/мм2) | 14-15 |
| Удлинение при разрыве (%) | 150 |
| Изменение длины | -10 % max. |
| Диэлектрическая прочность | 80 kV / mm |
| Удельное сопротивление (Ом х см) | 10^14 |
| Воспламеняемость | Самозатухающий |
| Özellik | Değer |
| Material | PVC |
| Duvarlar | Süper ince duvarlı |
| Tutkal | İç yapıştırıcı olmadan |
| Büzülme oranı | 2 : 1 |
| Sıcaklık daralma (min.) | 80°C |
| Sürekli çalışma sıcaklığı | -20 ºC - + 85 ºC |
| Çekme mukavemeti (N/mm2) | 14-15 |
| Kırılma uzaması (%) | 150 |
| Uzun değişikliği | -10 % max. |
| Dielektrik mukavemet | 80 kV / mm |
| Spesifik direnç (Ohm x cm) | 10^14 |
| Yanıcılık mı? | Kendi kendini söndürme |
| Eature | AlueCity in Alberta Canada |
| Material | PVC |
| Minden | Szúr vékonyfalú |
| Lue | Belső ragasztóanyag nélkül |
| Hrinkage arány | 2 : 1 |
| Hrink hőmérséklete (minimum) | 80°C |
| A folyamatos üzemi hőmérséklet | -20 ºC - + 85 ºC |
| Szilószilársőség (/mm2) | 14-15 |
| Hosszúság szünetelés (%) | 150 |
| Hosszúsági változás | -10 % max. |
| IElectric erősség | 80 kV / mm |
| Speciális rezisztencia (hm x cm) | 10^14 |
| Felhúzódási képesség | Öntöltő |
| ویژگی ها | ارزش |
| Material | PVC |
| دیوار | دیواره فوق العاده نازک |
| چسب ؟ | بدون چسب داخلی |
| نسبت انقباض | 2 : 1 |
| دمای کوچک شدن (دقیق) | 80°C |
| دمای کار مداوم | -20 ºC - + 85 ºC |
| مقاومت کششی (N/mm2) | 14-15 |
| کشیدگی در زمان شکستن (٪) | 150 |
| تغییر طول | -10 % max. |
| مقاومت دی الکتریک | 80 kV / mm |
| مقاومت خاص (اهم × سانتی متر) | 10^14 |
| قابل اشتعال | خودخاموش کردن |
| Functie | Waarde |
| Material | PVC |
| Muur | super dunwandig |
| Lijm | Zonder lijm aan de binnenkant |
| Krimpverhouding | 2 : 1 |
| Krimptemperatuur (min.) | 80°C |
| Continue bedrijfstemperatuur | -20 ºC - + 85 ºC |
| Treksterkte (N/mm2) | 14-15 |
| Rek bij breuk (%) | 150 |
| Lengteverandering | -10 % max. |
| Diëlektrische sterkte | 80 kV / mm |
| Specifieke weerstand (Ohm x cm) | 10^14 |
| Ontvlambaarheid | zelfdovend |
| Caracteristică | Valoare |
| Material | PVC |
| Perete | cu pereți foarte subțiri |
| Lipici | Fără adeziv interior |
| Raportul de contracție | 2 : 1 |
| Temperatura de contracție (min.) | 80°C |
| Temperatura de funcționare continuă | -20 ºC - + 85 ºC |
| Rezistența la tracțiune (N/mm2) | 14-15 |
| Alungirea la rupere (%) | 150 |
| Schimbare de lungime | -10 % max. |
| Rezistența dielectrică | 80 kV / mm |
| Rezistența specifică (Ohm x cm) | 10^14 |
| Inflamabilitate | autoextincție |
| Ominaisuus | Arvo |
| Material | PVC |
| Seinä | erittäin ohutseinäinen |
| Liima | Ilman sisäpuolen liimaa |
| Kutistumissuhde | 2 : 1 |
| Kutistumislämpötila (min.) | 80°C |
| Jatkuva käyttölämpötila | -20 ºC - + 85 ºC |
| Vetolujuus (N/mm2) | 14-15 |
| Murtovenymä (%) | 150 |
| Pituuden muutos | -10 % max. |
| Dielektrinen lujuus | 80 kV / mm |
| Ominaisvastus (Ohm x cm) | 10^14 |
| Syttyvyys | itsestään sammuva |
| Funkcia | Hodnota |
| Material | PVC |
| Stena | super tenkostenné |
| Lepidlo | Bez vnútorného lepidla |
| Pomer zmrštenia | 2 : 1 |
| Teplota zmršťovania (min.) | 80°C |
| Trvalá prevádzková teplota | -20 ºC - + 85 ºC |
| Pevnosť v ťahu (N/mm2) | 14-15 |
| Predĺženie pri pretrhnutí (%) | 150 |
| Zmena dĺžky | -10 % max. |
| Dielektrická pevnosť | 80 kV / mm |
| Špecifický odpor (Ohm x cm) | 10^14 |
| Horľavosť | samozhášacie |
| Funktion | Værdi |
| Material | PVC |
| Væg | super tyndvægget |
| Lim | Uden indvendigt klæbemiddel |
| Krympningsgrad | 2 : 1 |
| Krympetemperatur (min.) | 80°C |
| Kontinuerlig driftstemperatur | -20 ºC - + 85 ºC |
| Trækstyrke (N/mm2) | 14-15 |
| Forlængelse ved brud (%) | 150 |
| Ændring af længde | -10 % max. |
| Dielektrisk styrke | 80 kV / mm |
| Specifik modstand (Ohm x cm) | 10^14 |
| Brandfarlighed | selvslukkende |
| Χαρακτηριστικό γνώρισμα | Αξία |
| Material | PVC |
| Τοίχος | σούπερ λεπτότοιχο |
| Κόλλα | Χωρίς εσωτερική κόλλα |
| Αναλογία συρρίκνωσης | 2 : 1 |
| Θερμοκρασία συρρίκνωσης (min.) | 80°C |
| Συνεχής θερμοκρασία λειτουργίας | -20 ºC - + 85 ºC |
| Αντοχή σε εφελκυσμό (N/mm2) | 14-15 |
| Επιμήκυνση κατά τη θραύση (%) | 150 |
| Αλλαγή μήκους | -10 % max. |
| Διηλεκτρική αντοχή | 80 kV / mm |
| Ειδική αντίσταση (Ohm x cm) | 10^14 |
| Αναφλεξιμότητα | αυτοσβενόμενο |
| Функции | Стойност |
| Material | PVC |
| Стена | свръхтънки стени |
| Лепило | Без вътрешно лепило |
| Коефициент на свиване | 2 : 1 |
| Температура на свиване (мин.) | 80°C |
| Непрекъсната работна температура | -20 ºC - + 85 ºC |
| Якост на опън (N/mm2) | 14-15 |
| Удължение при скъсване (%) | 150 |
| Промяна на дължината | -10 % max. |
| Диелектрична якост | 80 kV / mm |
| Специфично съпротивление (Ohm x cm) | 10^14 |
| Запалимост | самозагасващ се |
| Funktion | Värde |
| Material | PVC |
| Vägg | supertunnväggig |
| Lim | Utan självhäftande insida |
| Krympningsgrad | 2 : 1 |
| Krymptemperatur (min.) | 80°C |
| Kontinuerlig driftstemperatur | -20 ºC - + 85 ºC |
| Draghållfasthet (N/mm2) | 14-15 |
| Töjning vid brott (%) | 150 |
| Längdförändring | -10 % max. |
| Dielektrisk hållfasthet | 80 kV / mm |
| Specifikt motstånd (Ohm x cm) | 10^14 |
| Brandfarlighet | självsläckande |
| Funkcija | Vrednost |
| Material | PVC |
| Stena | super tanko steno |
| Lepilo | Brez notranjega lepila |
| Razmerje krčenja | 2 : 1 |
| Temperatura krčenja (min.) | 80°C |
| Trajna delovna temperatura | -20 ºC - + 85 ºC |
| Natezna trdnost (N/mm2) | 14-15 |
| Podaljšek ob pretrgu (%) | 150 |
| Sprememba dolžine | -10 % max. |
| Dielektrična trdnost | 80 kV / mm |
| Specifična upornost (Ohm x cm) | 10^14 |
| Vnetljivost | samougasljivi |
| Funktsioon | Väärtus |
| Material | PVC |
| Seina | üliõhukesed seinad |
| Liim | Ilma sisemise liimita |
| Kahanemise suhe | 2 : 1 |
| Kahanemistemperatuur (min.) | 80°C |
| Pidev töötemperatuur | -20 ºC - + 85 ºC |
| Tõmbetugevus (N/mm2) | 14-15 |
| Pikendus murdumisel (%) | 150 |
| Pikkuse muutus | -10 % max. |
| Dielektriline tugevus | 80 kV / mm |
| Eritakistus (Ohm x cm) | 10^14 |
| Põletatavus | isekustuv |
| Funkcija | Vertė |
| Material | PVC |
| Siena | itin plonų sienelių |
| Klijai | Be vidinių klijų |
| Susitraukimo santykis | 2 : 1 |
| Sutraukimo temperatūra (min.) | 80°C |
| Nuolatinė darbinė temperatūra | -20 ºC - + 85 ºC |
| Tempimo stipris (N/mm2) | 14-15 |
| Pailgėjimas nutrūkus (%) | 150 |
| Ilgio pokytis | -10 % max. |
| Dielektrinis stipris | 80 kV / mm |
| Savitoji varža (Ohm x cm) | 10^14 |
| Degumas | savaime užgęstantis |
| Funkcija | Vērtība |
| Material | PVC |
| Siena | ar īpaši plānām sieniņām |
| Līme | Bez iekšējās līmes |
| Saraušanās koeficients | 2 : 1 |
| Samazināšanas temperatūra (min.) | 80°C |
| Pastāvīgā darba temperatūra | -20 ºC - + 85 ºC |
| Stiepes izturība (N/mm2) | 14-15 |
| Pagarinājums pārraušanas brīdī (%) | 150 |
| Garuma izmaiņas | -10 % max. |
| Dielektriskā izturība | 80 kV / mm |
| Īpatnējā pretestība (Ohm x cm) | 10^14 |
| Uzliesmojamība | pašdzēsošs |
| Eigenschaft | Wert |
| Material | PVC |
| Wandung | super dünnwandig |
| Kleber | ohne Innenkleber |
| Schrumpfverhältnis | 2 : 1 |
| Schrumpftemperatur (min.) | 80°C |
| Dauerbetriebstemperatur | -20 ºC - + 85 ºC |
| Zugfestigkeit (N/mm2) | 14-15 |
| Bruchdehnung (%) | 150 |
| Längenänderung | -10 % max. |
| Durchschlagfestigkeit | 80 kV / mm |
| Spezifischer Widerstand (Ohm x cm) | 10^14 |
| Brennbarkeit | selbstverlöschend |
| Eigenschaft | Wert |
| Material | PVC |
| Wandung | super dünnwandig |
| Kleber | ohne Innenkleber |
| Schrumpfverhältnis | 2 : 1 |
| Schrumpftemperatur (min.) | 80°C |
| Dauerbetriebstemperatur | -20 ºC - + 85 ºC |
| Zugfestigkeit (N/mm2) | 14-15 |
| Bruchdehnung (%) | 150 |
| Längenänderung | -10 % max. |
| Durchschlagfestigkeit | 80 kV / mm |
| Spezifischer Widerstand (Ohm x cm) | 10^14 |
| Brennbarkeit | selbstverlöschend |
Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs - Technical data sheet for download
For detailed information on our super-thin rigid PVC Kopalon heat shrink tubing for battery packs, we offer you a comprehensive technical data sheet for download. This data sheet contains all the important technical specifications, including material composition, temperature resistance and electrical insulation properties. You will also find detailed information on the dimensions and availability of our products.
Download: Technical data sheet
Do you have any questions about our offer?
Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs
Battery shrink tubing with low shrink temperature
As an experienced battery heat shrink tubing dealer, we supply super-thin rigid PVC copalon heat shrink tubing for battery packs and we know how important quality and reliability are when it comes to battery insulation. Our heat shrink tubing is perfect for battery packs and offers you a safe and durable solution.
Our rigid PVC heat shrink tubing for battery packs is not only super-thin, but also extremely durable. These properties make it ideal for insulating batteries. As a retailer, we attach great importance to offering only the best products. The heat shrink tubing from Kopalon meets the highest quality standards and ensures reliable performance.
One of the special features of our heat shrink tubing is its low shrink temperature. This means that it can be easily and quickly adapted to your battery packs without damaging them. Low shrink tubing for battery packs is an ideal choice if you are looking for a quick and efficient solution.
In addition to the high quality of our rigid PVC heat shrink tubing, we also offer a wide range of sizes and colors. This means you will always find the right heat shrink tubing for your specific requirements. Whether you want to insulate individual battery packs or implement larger projects, we have the right solution for you.
As a dealer, we pride ourselves on offering our customers first-class service. We will be happy to advise you on all questions relating to super-thin rigid PVC Kopalon heat shrink tubing for battery packs and help you make the right choice. Our many years of experience and our comprehensive range make us your reliable partner for battery insulation.
Rigid PVC shrink tubing for battery insulation is a proven method of protecting your battery packs safely and efficiently. Rely on our expertise and our high-quality products to successfully implement your projects.
Visit our website or contact us directly to find out more about our super-thin rigid PVC Kopalon heat shrink tubing for battery packs. As your reliable distributor, we are always at your disposal and look forward to helping you.
Our rigid PVC heat shrink tubing for battery packs is not only super-thin, but also extremely durable. These properties make it ideal for insulating batteries. As a retailer, we attach great importance to offering only the best products. The heat shrink tubing from Kopalon meets the highest quality standards and ensures reliable performance.
One of the special features of our heat shrink tubing is its low shrink temperature. This means that it can be easily and quickly adapted to your battery packs without damaging them. Low shrink tubing for battery packs is an ideal choice if you are looking for a quick and efficient solution.
In addition to the high quality of our rigid PVC heat shrink tubing, we also offer a wide range of sizes and colors. This means you will always find the right heat shrink tubing for your specific requirements. Whether you want to insulate individual battery packs or implement larger projects, we have the right solution for you.
As a dealer, we pride ourselves on offering our customers first-class service. We will be happy to advise you on all questions relating to super-thin rigid PVC Kopalon heat shrink tubing for battery packs and help you make the right choice. Our many years of experience and our comprehensive range make us your reliable partner for battery insulation.
Rigid PVC shrink tubing for battery insulation is a proven method of protecting your battery packs safely and efficiently. Rely on our expertise and our high-quality products to successfully implement your projects.
Visit our website or contact us directly to find out more about our super-thin rigid PVC Kopalon heat shrink tubing for battery packs. As your reliable distributor, we are always at your disposal and look forward to helping you.
What can we do for you?
Contact our product experts
What can we do for you?
Contact our product experts
Oliver Bürli
Head of Hose Technology, Sales and Product Management
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Heat-shrink tubing super-thin rigid PVC Kopalon for battery packs
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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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Frequently asked questions about heat-shrink tubing super-thin rigid PVC Kopalon for battery packs
1. what are the advantages of the super-thin rigid PVC Kopalon heat shrink tubing for battery packs?
- High resistance and durability
- Low shrink temperature that does not damage the battery packs
- Available in different sizes and colors
- Excellent insulating properties for maximum safety
2. how to install the heat-shrink tubing super-thin rigid PVC Kopalon?
The shrink tubing is simply pulled over the battery pack and then heated with a hot air blower until it fits snugly around the battery. It shrinks in the process and ensures secure and firm insulation.
3. what sizes and colors are available?
The heat shrink tubing is available in various sizes and colors to meet different requirements. You can choose from a wide range to find the right heat shrink tubing for your specific project.
4. is the heat shrink tubing safe for use in electronic devices?
Yes, the heat-shrink tubing made of rigid PVC is safe for use in electronic devices. It provides excellent insulation and protects against short circuits, moisture and mechanical damage.
5. how does the rigid PVC heat-shrink tubing for battery insulation differ from other heat-shrink tubing?
- It is particularly thin, but still offers high stability.
- The shrink tubing has a low shrink temperature, which makes installation easier.
- It is made of robust rigid PVC, which makes it particularly resistant.
- Ideal for insulating battery packs as it forms a strong and durable protective layer.
6. What are PVC shrink sleeves suitable for?
PVC heat-shrink tubing is a practical solution when it comes to insulating, bundling or protecting cables and connections. Thanks to their flexibility and easy handling, they can be used in many areas. PVC heat-shrink tubing is particularly suitable for applications that do not require extreme heat or chemical resistance. This makes them a popular choice in the DIY sector, for electrical installations or for simple cable bundling.
One of the most common applications for PVC heat shrink tubing is as battery shrink tubing. Battery shrink sleeves are often used to securely wrap and protect battery packs. They offer additional protection against mechanical influences and prevent short circuits. Since PVC heat shrink tubing is available in many different colors, you can also colour-code battery packs, making them easier to organize and identify.
PVC heat shrink tubing is also very flexible and easy to adjust, making it ideal for applications where cables and connections are often moved or bent. The application of battery shrink tubing is simple: you pull the tubing over the cable or battery and shrink it with a hot air gun. In addition, PVC heat shrink tubing is inexpensive compared to other materials, but still offers reliable insulation and protection.
PVC heat shrink tubing is therefore a versatile and inexpensive solution for various tasks. They are particularly suitable as battery shrink tubing or for general cable bundling. If you are looking for a simple, flexible and affordable way to protect cables or batteries, PVC heat shrink tubing is the right choice.
One of the most common applications for PVC heat shrink tubing is as battery shrink tubing. Battery shrink sleeves are often used to securely wrap and protect battery packs. They offer additional protection against mechanical influences and prevent short circuits. Since PVC heat shrink tubing is available in many different colors, you can also colour-code battery packs, making them easier to organize and identify.
PVC heat shrink tubing is also very flexible and easy to adjust, making it ideal for applications where cables and connections are often moved or bent. The application of battery shrink tubing is simple: you pull the tubing over the cable or battery and shrink it with a hot air gun. In addition, PVC heat shrink tubing is inexpensive compared to other materials, but still offers reliable insulation and protection.
PVC heat shrink tubing is therefore a versatile and inexpensive solution for various tasks. They are particularly suitable as battery shrink tubing or for general cable bundling. If you are looking for a simple, flexible and affordable way to protect cables or batteries, PVC heat shrink tubing is the right choice.
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