The images here illustrate certain points of interest during a project in the Loire Valley. A full core construction sequence is detailed in Refractory Core Construction Sequence. 2006
The core would have an upper chamber oven and active bench on three sides.
Detail: Active bench-chimney-bypass connection.
Materials used were
Brick. Bony BN40N International format (9 inch) 42 Percent AlSo2
| HTC. | Refracol 1. | |
| Castable. | Refracol Cast 1380/10 | |
| Wool. | TC Superwool 607 max 128 13 1362T |
See Also: French Materials
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My place of abode during the project. |
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The core seen here was built to accommodate an active bench running from the back of the left side channel, across the front to the chimney at rear of the right side channel. Just before the chimney there would be a by pass channel, allowing the heater to flow directly into the chimney, rather than take the longer route through the bench. |
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A course of clay brick are layed, on to which will be built the chimney connection and bypass opening. |
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Brick layed dry with the bypass plate in place. The opening top right is to the chimney. |
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The walls of the transmission tunnel before closing. |
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Looking through the clean out opening in to the (open) bypass channel and rear manifold of the heater. |
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The bypass plate in closed position. |
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The completed two way connection. The tunnel is bridged at the point of intersection, by a castable refractory slab cast to measure the day before. |
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View through the under hearth channel of the oven. Here ceramic wool has been used as a smoke gasket. |
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View inside the upper combustion chamber, above the oven, showing the capping slabs and the ceramic wool gasket. |
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The use of the bypass in this situation is only to bypass the bench. When open the heater will function as a heater with out bypass. |
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The completed project, after being faced by the client. |
Last updated 27 Feb 2007