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We line enclosures for stationary battery storage systems with mineral refractory materials — the same ones that withstand sustained high temperatures in our industrial furnaces. As a supplier to system integrators and enclosure manufacturers.
In a fault condition, a battery storage enclosure has to do exactly what a furnace lining does every day in normal operation: withstand heat without burning itself, and protect the structure behind it. The mineral-bonded materials we have been installing in melting furnaces, ladles and incineration plants for more than 35 years are designed for sustained temperatures of 900 to 1,600 °C.
Our role is clearly defined: we provide material selection, the lining and professional installation — with material certificates and an installation record, as in any furnace project. Enclosure design, structural engineering, electrical safety and the certification of the overall system remain with the system manufacturer. We supply the documentation for our own scope of work.
Access to a broad range of mineral castables, lightweight castables and fibre insulation from various manufacturers — selected specifically for each project instead of an off-the-shelf standard solution.
Permanently employed specialists who install refractory linings every day. No subcontractors, no losses at the interface between planning and execution.
Material certificates, installation records and acceptance reports are part of our standard scope — the basis for your system certification.
During the concept phase, material and wall construction can still be matched to your design. The earlier we are involved, the closer the fit of the result.
Vier Bereiche — von der Auskleidung über die Zellabschottung bis zur offenen Darstellung dessen, was noch nicht belegt ist.
Experience from a wide range of industrial sectors.
Manufacturers of complete storage systems looking for a non-combustible internal lining for their enclosures — supplied as a component of their own product.
Metalworking and container manufacturers who want to add a mineral protective layer to their enclosures without building up refractory know-how of their own.
Planners of commercial and large-scale storage projects who require a non-combustible design for fire protection concepts at the installation site.
Production sites that want to buffer PV electricity and install the storage system inside existing halls or close to production equipment.
Structured, transparent and on schedule — this is how we work.
Joint review of the boundary conditions: capacity class, indoor or outdoor installation, available wall thickness, weight limits and the interfaces with racks, cooling and cable routing.
Selection of suitable castables from our range, compared against your requirements for thermal conductivity, weight and moisture behaviour. You receive data sheets and a substantiated recommendation.
Production of a wall segment or partition element at 1:1 scale, so that you can assess processing, surface finish and installation in practice before series quantities are fixed.
Provision of the material certification for our scope of work — material certificates, fire classification to DIN EN 13501-1 and the characteristic values required for your system certification.
Execution by our own installation teams — at your plant or prefabricated at our works. With an installation record and acceptance report, as is customary in furnace construction.
The sequence is a framework, not a fixed scheme. How deeply the individual phases are worked through depends on how far your enclosure design has already been defined.
During the concept phase, material and wall construction can still be matched to your design.