Lopi Gas Stoves

Northfield™ MV Gas Stove

The Northfield™ MV is the smallest model of Lopi’s new moderately priced Standing Pilot Millivolt Cast Iron Gas Stove Series. This stove features an elegant design with exquisite quality full cast iron construction and high-temperature ceramic glass. The Northfield™ MV provides comforting radiant heat plus natural convection, to deliver optimum warmth to living spaces up to 850 square feet.

Northfield Gas Stove

The Northfield™ features a classical Early American design and three-sided wrap around fire view, which more closely resembles a piece of fine furniture than a gas stove.

The Northfield produces up to 22,000 BTUs and has an exceptional turndown ratio of 70%, giving you the ultimate control over the heat output level.

Berkshire™ MV Gas Stove

The Berkshire™ is an elegant mid-sized stove that features exquisite quality cast iron construction with high temperature neoceramic glass and the beautiful Dancing-Fyre™ log set.

Berkshire Gas Stove

The Berkshire features the award winning Ember-Fyre™ burner with the realistic, highly detailed log set and embers.

With a 31,000 BTU input and heating capabilities of up to 1,500 square feet, this stove is ideal for zonal heating in larger areas of the home.

Greenfield™ MV Gas Stove

Introducing the Greenfield™ MV, the largest model of Lopi’s new moderately priced Standing Pilot Millivolt Cast Iron Gas Stove Series! The Greenfield™ MV features an elegant design with exquisite quality full cast iron construction and a large high-temperature ceramic glass viewing area. This stove provides comforting radiant heat plus Natural Convection, to deliver optimum warmth throughout your home.

Greenfield Gas Stove

Combining clean lines, graceful proportionality and traditional cast appeal, this stove can be considered a freestanding fireplace!

The Greenfield is a powerhouse of a heater, producing up to 40,000 BTUs and heating up to 2,000 square feet. It has an exceptional turndown ratio of 70% on NG and 82% on LP, giving you the ultimate control over the heat output level.