Hargrove
Hargrove 30" Cross Timbers Vented Gas Logs (CTS3010RG)
- SKU:
- CTS3010RG
- MPN:
- CTS3010RG
- Availability:
- Usually Ships in 3 to 5 Business Days
Description
Hargrove Timbers Series Radiant Heat logs redefine what you would expect from a vented gas log set. The revolutionary molding process used in the manufacture captures all the detail you would expect from standard ceramic fiber logs, while providing maximum heat radiance. The Radiant Riser technology directs the heat from the log set forward and into the room creating a radiant heat comparable to standard vent free gas logs while retaining the natural fire beauty of a vented log set.
This 30 set includes 10 logs, a Radiant Riser and Radiant Glow Bracket. To complete your log set add a burner and valve kit from the selections above.
The burners include a bag of Sand and Vermiculite for the burner tray. Additional decorative media sold separately.
Hargrove part number CTS3010RG
Features - Maximized Radiant Heat:
- Ceramic Fiber Logs - The Properties of our Timber Series ceramic fiber logs are different than refractory or concrete logs. Refractory logs radiate some heat, but mostly absorb the heat into the body of the log. Our Timbers Series ceramic fiber logs push or radiate the heat off the surface of the log into the living space thus taking full advantage of the heat being produced by the flame.
- H-Burner - To help achieve the most radiant heat it is important to heat more surface area on the logs. Although all of our burner systems work fine with the Timber Series, our H-Burner and System Four burners produce the largest body of flame thus maximizing the radiant heat output.
- Radiant Riser (included with all Timbers series logs) - This U-Shaped log piece helps by creating a heat chamber in the middle of the log stack.
- Radiant Glow Bracket (included with all Timbers series logs) - This piece which attaches to the back of the H-Burner which bridges the gap between the back wall of the burner and the Radiant Riser. The barrier created directs the flame and heat to the heat chamber thus maximizing the heat production.