Wood Inserts
Large Flush Wood NexGen-Hybrid™ Rectangular Insert
The Large Flush Wood NexGen-Hybrid™ Insert is a great option for those looking to upgrade their old, inefficient fireplace. It features a sleek, flush design, a big, beautiful fire viewing area, and concealed convection fans that increase the transfer and circulation of heat throughout your home.
NexGen-Hybrid™ Technology provides cleaner burning, longer burn times, higher efficiency, and more heat for your home. This makes the Large Flush Wood Insert™ one of the most efficient and cost effective ways to heat your home.
Here are some of the benefits of the Large Flush Wood NexGen-Hybrid™ Insert:
- Less emissions than traditional wood fireplace inserts. This is important for both the environment and your health.
- More efficient than traditional wood burning fireplace insert, meaning you can heat your home with less wood.
- Longer burn times, so you can enjoy your fire for longer without having to add more wood.
- Enjoy a huge fire viewing window with a beautiful, balanced fire that will warm your home and your soul.
- The optional push button GreenStart® igniter offers a easy, safe, and convenient way to start your fire.
If you are looking for a clean, efficient, and reliable way to heat your home, the Large Flush Wood NexGen-Hybrid™ Insert is a great choice.
Available in Arched or Rectangular Door Models.
Free ConsultationSpecification
- Emissions: 0.8 Grams Per Hour
- Heating Capacity:* 1,500 to 2,500 Square Feet
- Cord Wood BTU Range: 18,000 – 67,000
- Crib Wood BTU Range: 11,162 – 39,875
- Maximum Burn Time: Up to 15 Hours
- Efficiency:** 77.8% HHV
- Glass Viewing Area: 24-1/2” W x 13” H (307 Sq. In. Arch, 319 Sq. In. Rect.)
- Firebox Size: 2.7 Cubic Feet
- Maximum Log Size: 24 Inches
- Weight: 530 Pounds
- Construction: 3/16” to 1/2” Steel Plate
- Bypass Damper: Yes
* Heating capacity may vary depending on degree of home insulation, floor plan and ambient temperature zone of the area you live.
** As tested using B-415.1 using Crib Wood. HHV = High Heat Value