Ultra-Thin Aerogel Sheet

Anchor-Tech Ultra-Thin Aerogel Sheets – Superior Fire & Thermal Protection

Anchor-Tech offers a comprehensive range of high-performance aerogel products, including ultra-thin aerogel sheets with thicknesses as low as 1mm or even thinner. These advanced materials provide exceptional thermal insulation and fire protection, making them ideal for:

Battery cell insulation in EVs and energy storage systems
Fire-resistant barriers for 3C electronic devices
Lightweight yet highly efficient thermal protection

Our product lineup includes six cutting-edge aerogel sheet solutions:

AG50 – High-Performance Aerogel Sheet

– AG50G: Glass fiber-based aerogel sheet with a wet-laid surface mat, optimized for LFP battery cell insulation. Thickness: 1mm (customizable).

– AG50C: Ceramic fiber-based aerogel sheet, specifically designed for NCM battery cell insulation.

Film-Coated Aerogel Sheet

By laminating AG50 with PE or PI film, we eliminate aerogel powder shedding, ensuring cleaner and more durable insulation performance.

AG35 – Pre-Oxidized Fiber Aerogel Sheet

The pioneering aerogel solution for battery cell fire protection, setting the industry standard for thermal insulation and flame resistance.

AG-Sponge – Ultra-Low Thermal Conductivity

– Thickness: 0.04mm – 5mm

– Thermal conductivity: 0.018 W/(m·K) at room temperature

– Operating range: -180°C to 200°C

– Ultra-flexible and lightweight insulation for various applications.

AG-Film – Ultra-Thin Coated Aerogel

– Aerogel coated onto a thin film substrate, achieving an ultra-slim 0.1mm thickness

– Ideal for 3C electronics requiring efficient heat insulation

– Maximum operating temperature: 120°C

AKNB200 – Aerogel Fabric for Apparel

– Specially designed for clothing applications

– Thickness: 0.4mm – 3mm

– Provides superior warmth without the bulk of traditional down jackets or firefighter gear

At Anchor-Tech, we are committed to delivering industry-leading aerogel solutions tailored to your needs. Contact us today to find the perfect fire and thermal protection for your applications!

Sample Request FAQs

Quick answers about requesting and receiving free samples from Anchor-tech.

Can you provide samples?

Yes. Please share some basic information about your project with us — for example, where the material will be used and at what operating temperature. Rest assured this is only so we can help you choose the most suitable material, model, and specification. We will never disclose your project details to any third party.

Can we still request samples if we cannot disclose any project information?

No. If you are unwilling to share any information about your project, we are not obligated to support your R&D effort. Please respect the labor involved: preparing each sample requires a dedicated colleague and is quite time-consuming. Moreover, without knowing where and how you intend to use our product, we cannot even determine whether it is suitable for your application.

Are samples free, and how much can I request?

We provide 2 free samples of ultra-thin aerogel sheet, each sized 150 mm × 200 mm × T (or A4 size). If you need a larger quantity or many pieces, please let us know the reason — we are glad to support you. However, if you have never seen our sample before and only want to take a look, please do not casually request large amounts. A dedicated colleague must prepare every sample, which takes considerable effort. You may first take a look; once you confirm it is likely suitable for your project, you can request more from us.

Who pays for shipping?

Shipping costs must be borne by the customer. Please provide us with your FedEx account number and the recipient information (including name, address, phone number, postal code, etc.), and we will arrange the shipment for you.

How long does it take to prepare samples?

If the item is in stock, preparation generally takes 3–7 days. If it is out of stock and requires custom manufacturing, it takes 1–2 weeks. We will prepare your samples as quickly as possible.

How to Select Ultra-Thin Aerogel Insulation

Ultra-thin aerogel products are used where conventional insulation cannot fit: battery packs, electronic devices, compact equipment, apparel or protective layers, and narrow thermal gaps. Start with the available thickness, then select the product form according to substrate, flexibility, adhesive requirement, and die-cutting process.

Product form	Best fit	Key selection question
Aerogel sheet	Thin panels and compact equipment	Does the assembly need a self-supporting sheet?
Film-coated aerogel sheet	Clean handling and laminated structures	Which facing film is compatible with your process?
Flexible aerogel blanket	Soft, curved, or textile-integrated layers	Will the part bend, flex, or be die-cut repeatedly?
Special flexible forms	Sponge, cloth, and lightweight custom uses	Is softness, resilience, or textile integration the priority?

For battery and electronics projects, also verify die-cutting tolerance, dust control, adhesive or release-liner options, and thermal interface design. For protective fabrics, test the material inside the finished laminate because flexing, compression, laundering, and abrasion can change real-world performance.

Information to send with an RFQ

Target thickness and dimensional drawing or die-cut pattern
Substrate, adhesive, release liner, facing film, or lamination requirements
Operating temperature and whether the part sees compression or repeated flexing
Annual quantity, prototype quantity, packaging, and destination
Required test data and whether typical or guaranteed values are needed

FAQ

What is the difference between an aerogel sheet and an aerogel film?

A sheet is usually thicker and more self-supporting. A film or film-coated product is designed for very thin laminated assemblies and precision die-cutting.

Can ultra-thin aerogel products be die-cut?

Yes, many thin aerogel products can be supplied for die-cut components. Provide the drawing, tolerance, quantity, and handling requirements for review.

How do I validate an ultra-thin material before production?

Request samples and test them in the real stack-up under temperature, compression, flexing, and assembly conditions that match your product.