Heat accumulation plate for fireplace construction
Thickness 30 mm | Compressive strength 102 MPa | Bulk density 3.65 kg/dm³ | Fireplace heat accumulation
Heat accumulation plates for fireplace construction
LAC heat accumulation plates are designed for use in the external construction around fireplace inserts. They help increase the heat storage capacity of the fireplace structure and support the gradual release of accumulated heat.
The plates are made of KZB 8 refractory concrete and are available in two rectangular dimensions with a thickness of 30 mm.
- Compressive strength: 102 MPa
- Bulk density: 3.65 kg/dm³
- Thickness: 30 mm
- Application: external fireplace construction and heat accumulation
- Material: KZB 8 refractory concrete
Why use heat accumulation plates?
Heat accumulation plates are intended for fireplace constructions where the surrounding structure should not only withstand heat, but also store part of the thermal energy and release it gradually.
- Increase the thermal mass of the fireplace construction
- Support heat accumulation around the fireplace insert
- Manufactured from high-density KZB 8 refractory concrete
Need a custom refractory concrete shape?
We also manufacture custom refractory concrete shapes according to your dimensions, drawing or sample.
Contact us and our specialists will help you select the appropriate refractory concrete product.
Additional parameters
| Category: | Refractory Castable Shapes |
|---|---|
| Warranty: | 2 years |
You need a furnace solution that delivers consistent results, long service life and reliable performance in your process. LAC furnaces are designed for laboratory and industrial applications, from material testing and heat treatment to demanding production processes. With a focus on temperature uniformity, durability and process stability, they help you achieve repeatable results and reduce operational risks.
| Manufacturing company : | LAC, s.r.o. |
|---|---|
| Address : | Topolová 933 667 01 Židlochovice Czech Republic |
| E-mail : | sales@lac.cz |
