Fourier

About Fourier

Fourier is commercializing thermoformable ceramic matrix composites that enable the production of thin, thermally conductive dielectric sheets molded into complex geometries for thermal management applications. This technology addresses the limitations of traditional materials by providing scalable solutions for the aerospace, renewable energy, and electric vehicle industries.

```xml <problem> Traditional thermal management solutions often struggle to dissipate heat effectively in complex geometries, particularly in applications requiring thin, thermally conductive, and dielectric materials. Existing materials like metals and plastics have limitations in terms of thermal conductivity, dielectric properties, and formability, hindering the development of advanced thermal management systems. </problem> <solution> Fourier is developing thermoformable ceramic matrix composites that enable the creation of thin, thermally conductive dielectric sheets capable of being molded into complex three-dimensional geometries. This technology overcomes the limitations of conventional materials by providing a scalable solution for manufacturing intricate thermal management components. By extending thermoforming capabilities to ceramic materials, Fourier enables the production of hardware solutions with enhanced thermal performance and design flexibility. </solution> <features> - Thermoformable ceramic matrix composites for complex geometries - Thin-sheet ceramics with high thermal conductivity - Dielectric properties suitable for electrical insulation - Scalable manufacturing process for mass production - Customizable shapes and sizes to fit specific application requirements </features> <target_audience> The primary target audience includes manufacturers in the aerospace, renewable energy, and electric vehicle industries seeking advanced thermal management solutions. </target_audience> ```

What does Fourier do?

Fourier is commercializing thermoformable ceramic matrix composites that enable the production of thin, thermally conductive dielectric sheets molded into complex geometries for thermal management applications. This technology addresses the limitations of traditional materials by providing scalable solutions for the aerospace, renewable energy, and electric vehicle industries.

Where is Fourier located?

Fourier is based in Cambridge, United Kingdom.

When was Fourier founded?

Fourier was founded in 2022.

How much funding has Fourier raised?

Fourier has raised 75000.

Who founded Fourier?

Fourier was founded by Anton Geiler.

  • Anton Geiler - Founder
Location
Cambridge, United Kingdom
Founded
2022
Funding
75000
Employees
3 employees
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Fourier

Score: 49/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

Fourier is commercializing thermoformable ceramic matrix composites that enable the production of thin, thermally conductive dielectric sheets molded into complex geometries for thermal management applications. This technology addresses the limitations of traditional materials by providing scalable solutions for the aerospace, renewable energy, and electric vehicle industries.

fouriercmc.com50+
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Crunchbase
Founded 2022Cambridge, United Kingdom

Funding

$

Estimated Funding

$75K+

Team (<5)

Anton Geiler

Founder

Company Description

Problem

Traditional thermal management solutions often struggle to dissipate heat effectively in complex geometries, particularly in applications requiring thin, thermally conductive, and dielectric materials. Existing materials like metals and plastics have limitations in terms of thermal conductivity, dielectric properties, and formability, hindering the development of advanced thermal management systems.

Solution

Fourier is developing thermoformable ceramic matrix composites that enable the creation of thin, thermally conductive dielectric sheets capable of being molded into complex three-dimensional geometries. This technology overcomes the limitations of conventional materials by providing a scalable solution for manufacturing intricate thermal management components. By extending thermoforming capabilities to ceramic materials, Fourier enables the production of hardware solutions with enhanced thermal performance and design flexibility.

Features

Thermoformable ceramic matrix composites for complex geometries

Thin-sheet ceramics with high thermal conductivity

Dielectric properties suitable for electrical insulation

Scalable manufacturing process for mass production

Customizable shapes and sizes to fit specific application requirements

Target Audience

The primary target audience includes manufacturers in the aerospace, renewable energy, and electric vehicle industries seeking advanced thermal management solutions.

Fourier - Funding: <$100K | StartupSeeker