Overview of Fireproof material silica aerogel insulation pad in the field of new energy vehicles

Fireproof material silica aerogel insulation pad in the field of new energy vehicles can meet the most demanding thermal insulation challenges across various industries. Portofolio kami meliputi bubuk aerogel, lapisan isolasi termal aerogel, dan kempa isolasi aerogel dalam berbagai spesifikasi, masing-masing dirancang untuk kinerja yang unggul.

Characteristics of Fireproof material silica aerogel insulation pad in the field of new energy vehicles

Aerogel Powder adalah bentuk dasar dari bahan revolusioner ini, dicirikan oleh kepadatannya yang sangat rendah dan luas permukaan yang tinggi. Ini berfungsi sebagai aditif penting untuk meningkatkan sifat termal dalam komposit, plastik, pelapis, dan bahan fungsional, menghadirkan kekuatan isolasi skala nano ke formulasi Anda.

Lapisan Insulasi Termal Aerogel mengintegrasikan bubuk milik kami menjadi kuat, solusi yang mudah diterapkan. Lapisan ini memberikan ketahanan termal yang luar biasa, tahan cuaca, dan perlindungan korosi untuk pipa, tank, dan struktur industri. Ini sangat ideal untuk geometri kompleks di mana isolasi tradisional tidak praktis, menyegel kehilangan panas secara efektif.

Kempa Isolasi Aerogel kami fleksibel, selimut tahan lama tersedia dalam berbagai ketebalan, kepadatan, dan dimensi agar sesuai dengan beragam aplikasi. Menggabungkan kekuatan isolasi aerogel yang fenomenal dengan kepraktisan, format peluncuran, mereka sempurna untuk perpipaan industri bersuhu tinggi, sistem HVAC, selubung bangunan, dan banyak lagi. Mereka menawarkan efisiensi termal maksimum dengan kebutuhan ruang minimal.

Specification of Fireproof material silica aerogel insulation pad in the field of new energy vehicles

Fireproof Silica Aerogel Insulation Pad for New Energy Autos

Ultra-Lightweight Thermal Defense

Our fire resistant silica aerogel insulation pad is built for brand-new power lorries. It provides strong thermal security while staying incredibly light. The material considers extremely little, which helps reduce general vehicle weight and sustains far better energy effectiveness.

Outstanding Heat Resistance

This insulation pad can deal with temperatures up to 650 °C. It stops warmth from spreading in between battery cells or from the electric motor to nearby parts. That makes it a crucial safety and security layer in electric cars where overheating is a severe worry.

Naturally Fire-Resistant

Silica aerogel itself does not shed. It fulfills rigorous fire security standards without needing added fire resistants. This means fewer chemicals inside the lorry and cleaner performance under stress.

Adaptable and Easy to Mount

The pad comes in flexible sheets that fit limited spaces around batteries, motors, and power electronic devices. It reduces easily and mold and mildews to rounded surface areas. Installation takes much less time and deals with typical tools.

Resilient Efficiency

Unlike standard insulators, silica aerogel remains steady with time. It resists wetness, vibration, and duplicated warmth cycles. Its structure does not damage down quickly, so defense lasts via the car’s complete life.

Ecologically Responsible

Made from bountiful silica, this product is safe and safe to manage. It develops no harmful discharges during use. Automakers can meet environment-friendly manufacturing objectives without giving up safety and security or feature.

Trick Functions:
– Operating temperature level range: -200 ° C to +650 ° C.- Kepadatan: as low as 180 kg/m ³.
– Konduktivitas termal: ≤ 0.020 Dengan/( m · K) at room temperature level.
– Complies with UL 94 V-0 flammability ranking.
– Personalized densities and shapes readily available.

This insulation pad offers brand-new power lorries trusted thermal control and fire security in one easy remedy.

Applications of Fireproof material silica aerogel insulation pad in the field of new energy vehicles

Why New Power Cars Demand Better Warm Defense

New power automobiles– particularly electric automobiles– rely upon big battery loads that generate heat during billing and driving. If this warm is not managed well, it can minimize battery life or even cause safety problems. That’s where fireproof insulation products can be found in.

Silica Aerogel Insulation Pads: Lightweight and Highly Reliable

Silica aerogel insulation pads are now commonly used in new power lorries since they use solid thermal protection with very little weight. These pads are made from a special kind of silica which contains as much as 95% air. This framework blocks heat transfer extremely well while staying light and thin.

Battery Load Safety
Manufacturers position silica aerogel pads in between individual battery cells and around the whole pack. The material reduces heat spread if one cell overheats. It also withstands flames, helping protect against little troubles from becoming large fires.

Motors and Power Electronic Devices
Electric motors and power control devices also create heat. Silica aerogel pads protect neighboring components from this heat. This keeps sensitive electronics working correctly and extends their life span.

Space-Saving Style
Since these pads are so thin yet extremely protecting, designers can utilize them without occupying much space. This is essential in snugly loaded lorry layouts where every millimeter matters.

Durability in Harsh Conditions
Silica aerogel stays stable across a vast temperature array– from extremely cold to over 600 °C. It does not degrade rapidly and holds its shape gradually, also under continuous resonance from driving.

Utilizing silica aerogel insulation pads helps new power cars run more secure, last longer, and meet strict security criteria– all without adding added weight or bulk.

Profil Perusahaan

Graphite-Corp adalah perusahaan global yang tepercayakimia pemasok bahan & produsen dengan pengalaman lebih dari 12 tahun dalam menyediakan bubuk grafit dan produk graphene berkualitas super tinggi.

Perusahaan ini memiliki departemen teknis profesional dan Departemen Pengawasan Kualitas, laboratorium yang lengkap, dan dilengkapi dengan peralatan pengujian canggih dan pusat layanan pelanggan purna jual.

Jika Anda mencari bubuk grafit berkualitas tinggi dan produk relatif, jangan ragu untuk menghubungi kami atau klik produk yang dibutuhkan untuk mengirimkan pertanyaan.

Metode Pembayaran

L/C, T/T, Serikat Barat, Paypal, Kartu Kredit dll.

Pengiriman

Itu bisa dikirim melalui laut, melalui udara, atau dengan mengungkapkan secepatnya setelah tanda terima pembayaran.

5 FAQs of Fireproof material silica aerogel insulation pad in the field of new energy vehicles

Frequently Asked Questions About Silica Aerogel Insulation Pads for New Energy Vehicles

What is a silica aerogel insulation pad?

A silica aerogel insulation pad is a lightweight material made from silica gel that has been dried in a special way. It contains over 90% air, which gives it excellent heat resistance. This pad helps block high temperatures in electric vehicle battery packs and power systems.

Why use it in new energy vehicles?

New energy vehicles, like electric cars, produce heat during charging and driving. If this heat is not controlled, it can damage batteries or reduce performance. Silica aerogel pads act as a thermal barrier. They keep hot parts from affecting nearby components, improving safety and efficiency.

Is it fireproof?

Ya. Silica aerogel is non-combustible. It does not catch fire, even at very high temperatures—up to 650°C (1200°F). This makes it ideal for protecting sensitive parts in electric vehicles from fire risks.

How does it compare to traditional insulation?

Traditional materials like fiberglass or foam are thicker and heavier. Silica aerogel provides better insulation with much less thickness and weight. This saves space and supports the vehicle’s energy efficiency without sacrificing protection.

Is it durable in real-world conditions?

Silica aerogel pads are designed to handle vibration, kelembaban, and temperature swings common in vehicles. They stay stable over time and do not degrade easily. Many automakers now rely on them for long-term thermal management in electric platforms.