Solutions for High-Temperature Fixtures and the Sintering and Hard Metal Industry

Mastering thermal processes – with premium carbon materials

Around the topic of heat treatment, we have developed a product portfolio that sets new standards in technological innovation. Our customers worldwide benefit from the advantages of our furnace components, insulation materials, charge carrier systems, kiln furniture, and temperature measurement solutions. Since we develop and manufacture all our premium carbon materials in-house, we can guarantee first-class processing quality and consistent quality control directly from the source.

Experienced Partner for High-Temperature Applications

Heat treatment with deep technical expertise

We understand your market’s requirements. And more importantly: we know how to deliver the right technological answers. As one of the world’s leading specialists in high-temperature applications, Schunk offers well-thought-out solutions and value-added innovations for every market. From patented components for furnace chamber maintenance, components for methane pyrolysis systems to siliconized material solutions and intelligent designs for charge carriers – we combine our comprehensive know-how in materials and applications to deliver results. The outcome: solutions that successfully unite cost-efficiency, energy efficiency, and durability.

Furnace Construction

Schunk provides advanced solutions for industrial high‑temperature processes: from efficient batch carrier systems to graphite components and low‑maintenance spare parts – engineered for peak performance under extreme heat.

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Metallurgy

In high‑temperature metallurgy, Schunk materials deliver exceptional heat resistance, longevity and mechanical stability – ideal for demanding processes in foundries and smelting operations.

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Methane Pyrolysis

Mit unseren maßgeschneiderten Hochtemperatur-Technologien für die Methanpyrolyse gelingt die emissionsfreie Erzeugung von Wasserstoff – begleitet von hochwertigen Feststoffen wie Carbon Black. Energieeffizient, zuverlässig und skalierbar.

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