Overview of Nano Aerogel Heat Insulation and Fireproof Pad for Battery and Electronics

Nano Aerogel Heat Insulation and Fireproof Pad for Battery and Electronics is a synthetic porous ultralight material derived from a gel, în care componenta lichidă a fost înlocuită cu un gaz. Rezultatul este un solid cu densitate extrem de scăzută și conductivitate termică scăzută, adesea poreclit “fum înghețat.” În ciuda aspectului său fragil, poate fi proiectat pentru a fi remarcabil de puternic, deținând titlul de cel mai bun material solid izolant din lume.

Features of Nano Aerogel Heat Insulation and Fireproof Pad for Battery and Electronics

• Cea mai scăzută conductivitate termică din lume: Oferă performanțe de izolare de neegalat, cu mult superioare materialelor tradiționale.

• Densitate extrem de scăzută: Unul dintre cele mai ușoare materiale solide cunoscute de om, cu o compozitie de pana la 99.8% aer.

• Suprafață mare: Posedă o suprafață internă incredibil de mare, făcându-l valoros pentru aplicații de filtrare și absorbție.

• Compoziție versatilă: Poate fi realizat din diverse materiale, inclusiv silice, carbon, și oxizi metalici, fiecare cu proprietăți unice.

• Porozitate exceptionala: Structura sa nanoporoasă este responsabilă pentru capacitățile sale remarcabile de izolare.

  

  Acoperire cu aerogel

Specifications of Nano Aerogel Heat Insulation and Fireproof Pad for Battery and Electronics

Requirements of Nano Aerogel Warm Insulation and Fire-resistant Pad

Compoziția materialului

The pad is made from nano aerogel composite product. This core layer uses outstanding thermal resistance. It combines silica-based aerogel with high-strength fibers. The result is a light-weight yet long lasting structure that stands up to warmth transfer successfully.

Performanta termica

It provides exceptional warm insulation even at severe temperature levels. The product preserves stability from -200 ° C până la 650 °C. Conductivitatea sa termică este la fel de redusă ca 0.018 cu(m · K) la nivelul temperaturii spațiului. This guarantees very little heat passes through the pad, shielding sensitive components close by.

Rezistenta la foc

The pad is non-combustible and meets strict fire security requirements. It does not ignite, topi, or launch poisonous fumes when revealed to flame. Tested under UL 94 V-0 and various other worldwide fire ratings, it serves as a dependable thermal obstacle in emergencies.

Proprietăți fizice

Densitatea variază de la 1 mm la 10 mm, adjustable to fit various applications. Thickness remains reduced– între 180 kg/m şase şi 220 kg/m cinci– keeping weight marginal without giving up performance. The surface can be smooth or enhanced with fiberglass cloth for included handling toughness.

Electrical and Environmental Safety And Security

It is electrically shielding and risk-free for usage around batteries and electronics. The product resists dampness, rugini, și îmbătrânirea. It contains no halogens or heavy steels, making it environmentally friendly and compliant with RoHS and get to laws.

Aplicații

Perfect for lithium-ion battery packs, EV components, power electronics, and customer devices. Engineers utilize it in between cells, under motherboard, or as a wrap around high-heat components. Its flexibility enables easy cutting and setup in limited rooms.

Applications of Nano Aerogel Heat Insulation and Fireproof Pad for Battery and Electronics

Applications of Nano Aerogel Warmth Insulation and Fireproof Pad for Battery and Electronics

Superior Thermal Security for Delicate Elements

Nano aerogel warm insulation pads deal unequaled thermal resistance in portable digital systems. Their ultra-light framework blocks heat transfer effectively, also at heats. This makes them optimal for usage in lithium-ion batteries, where overheating can lead to major safety and security issues.

Improved Security in Battery Loads

Battery components in electric cars and energy storage units create substantial warmth during operation. Positioning nano aerogel fire-resistant pads between private cells slows down thermal runaway. The material remains stable approximately 650 ° C and does not ignite. It additionally withstands melting or trickling, which assists include any type of possible fire within a solitary cell.

Space-Saving Style Without Sacrificing Performance

Spre deosebire de izolatoarele convenționale, nano aerogel pads are extremely thin yet very reliable. They fit conveniently right into limited spaces inside mobile phones, laptops, and wearable tools. This allows engineers to preserve slim item accounts while still securing interior components from heat damages.

Trusted Efficiency Throughout Harsh Issues

These pads function well in extreme settings. They manage duplicated home heating and cooling down cycles without losing shape or function. Umezeală, vibratie, and electric areas do not affect their performance. This dependability is essential for aerospace electronic devices, commercial sensors, and outdoor power equipment.

Easy Combination Into Existing Production Processes

Producers can reduce, formă, and set up nano aerogel pads utilizing common devices. No special delivery or treating steps are needed. This lowers manufacturing time and price while boosting general system safety and security. Numerous business now utilize these pads as a typical component of their thermal administration method for next-generation electronic devices.

Profilul Companiei

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Putem furniza aditivi de beton de înaltă calitate și produse aferente betonului spumos în întreaga lume.

Compania are un departament tehnic profesionist și un departament de supraveghere a calității, un laborator bine echipat, și echipat cu echipamente de testare avansate și centru de servicii pentru clienți post-vânzare.

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5 FAQs of Nano Aerogel Heat Insulation and Fireproof Pad for Battery and Electronics

Întrebări frecvente: Nano Aerogel Heat Insulation and Fireproof Pad

What is this pad made of?

The pad uses nano aerogel as its main material. This is a very light solid with tiny air pockets inside. It also includes fire-resistant fibers to add strength and safety. Împreună, they block heat and stop flames from spreading.

How does it protect batteries and electronics?

It acts like a thermal shield. When a battery gets too hot or catches fire, the pad slows down heat transfer. This keeps nearby parts cool and safe. It also resists direct flame contact, giving more time to react in emergencies.

Is it flexible and easy to install?

Da. The pad is thin and bendable. Îl poți tăia cu foarfece obișnuite. It fits into tight spaces around batteries, circuit boards, or power modules. No special tools are needed for installation.

Can it handle high temperatures?

Absolut. It works well at temperatures up to 650°C (1200°F). Chiar și sub căldură extremă, it stays stable and keeps its shape. Nu se va topi, picurare, sau eliberează fum toxic.

Where is this pad used?

It is used in electric vehicles, energy storage systems, drones, and consumer electronics. Any device that uses lithium-ion batteries can benefit from this pad. It helps meet safety standards and reduces fire risks in compact designs.