See-Through Electric Fireplaces

What See-Through Means as an Installation Format

A see-through electric fireplace — also called a double-sided or multi-side view fireplace — produces a flame display visible from two or more sides simultaneously. This is the defining structural difference from a standard recessed or built-in fireplace, which presents a single face directed at one room. To achieve dual-sided visibility, the unit installs within a framed wall opening or partition structure that allows unobstructed sightlines from two directions, with finished openings and surrounds on both faces.

All models in this collection are built-in installations requiring a dedicated framed cavity. They are not plug-in or wall-mount units; each needs a structural opening with finished drywall or surround material on both sides. This means the installation requires more planning than a single-face recessed fireplace: the wall or partition must be framed to the unit's specified depth, and both rooms must have access to the finished faces. The smallest model here is the SimpliFire Scion Trinity at 43 inches wide — buyers searching for a 36 inch see through electric fireplace will find this format typically starts wider than standard single-face fireplaces, as the dual-face construction requires additional internal depth. Full framing dimensions for each model are listed on the product pages and in the Modern Flames comparison guide.

The Room Divider and Wall Partition Use Case

The primary application for a double-sided see-through electric fireplace is the wall partition — a built element that visually divides two spaces while keeping them connected. The fireplace anchors that partition: visible from both sides, it creates a shared focal point between two rooms without requiring physical or acoustic separation. This is fundamentally different from placing a fireplace against a wall to face one room.

Common configurations include open-plan living-to-dining dividers where the fireplace defines each zone; kitchen-to-living transitions where the fireplace sits in a low partition between a breakfast area and living space; and bedroom-to-dressing-room or bedroom-to-bathroom installations. The Orion Multi and Landscape Pro Multi are available in 3-sided bay and corner configurations as well, suited for peninsula layouts where the fireplace sits at the junction of three zones — a hallway, living room, and dining area, for example — rather than just two.

One installation consideration that is frequently overlooked: both sides of the partition should be interior conditioned spaces at comparable temperatures. A two sided see through electric fireplace positioned where one face opens toward an unconditioned space or exterior environment will lose effective heat on the exposed side and may develop condensation issues on the colder surface. For the best see through electric fireplace installation result, plan both sides as finished, heated living areas.

Technology and Electrical Considerations

Two flame technologies are represented across the three models in this collection, with distinct visual results at typical viewing distances.

The Orion Multi uses HelioVision™ — Modern Flames' multi-layer LED system that produces dimensional flame depth through layered display panels. The flame effect is visible simultaneously from multiple sides at consistent quality, with independent control of flame color, ember bed, and downlighting. The Landscape Pro Multi uses Modern Flames' standard LED flame system in a wide-format multi-side view configuration. Both are LED-based: no water replenishment, no misting mechanism, no mechanical maintenance. The SimpliFire Scion Trinity uses a clean-face, trim-free LED display visible from the front face and both side panels — the 3-sided format in its most compact and refined presentation.

For buyers who want the visual depth of a water vapor flame in a multi-side view installation, Dimplex Opti-Myst® technology achieves a see-through effect naturally — the mist-based flame has genuine physical depth visible from multiple angles. See our Opti-Myst vapor fireplaces collection for those models and installation details.

On electrical requirements: models in this collection primarily run on 120V, which connects to a standard 15-amp household outlet. Larger configurations and models with dual-zone heating output support 120V/240V dual-voltage operation, with heat output ranging from 5,000 to 9,000 BTU depending on the voltage setting and model. A 240V installation requires hardwiring by a licensed electrician and a dedicated circuit. Viewing area dimensions — the visible flame opening on each side — vary by model size and framing configuration; these dimensions should be confirmed from the product page before finalizing the partition opening framing.

Frequently Asked Questions

What is a see-through electric fireplace?

A see-through electric fireplace is a built-in unit that produces a flame display visible from two sides simultaneously. It installs within a framed wall or partition so both faces are finished and accessible from different rooms or zones. This distinguishes it from a standard recessed fireplace, which presents a single face to one room. The collection here also includes 3-sided formats — sometimes called multi-side view fireplaces — where the flame is visible from the front and both side panels rather than front to back.

Do see-through electric fireplaces provide heat on both sides?

The flame display is visible from both sides, but heat output is typically directed from one primary face. Most electric see-through fireplaces vent heat toward one room, not equally in two directions. Larger configurations with dual-voltage support can produce higher BTU output — up to 9,000 BTU — but even then, heat distribution is not symmetric. Buyers who need active supplemental heating in both rooms should confirm the heat vent location and output direction for their specific model on the product page before purchasing.

Can a see-through electric fireplace be used as a room divider?

See-through electric fireplaces are purpose-built for room divider applications. They install within a framed wall partition and produce a flame visible from both sides — living and dining, bedroom and bathroom, two office zones, or any pair of connected spaces. The partition must be built to support the unit's weight and framing depth requirements; this is a structural installation, not a surface-mount or plug-in setup. Both sides of the partition should be interior conditioned spaces for optimal visual and heating performance.

What electrical requirements do see-through electric fireplaces need?

Standard configurations run on 120V and connect to a regular 15-amp household outlet. Models that support high-output or dual-zone heating operate at 240V, which requires a dedicated circuit and hardwired installation by a licensed electrician. At 120V, output is typically around 5,000 BTU; at 240V, output can reach 9,000 BTU on the largest models. Before planning the partition build and electrical rough-in, confirm the specific voltage requirement for your chosen model and size — this determines whether a standard outlet or a dedicated 240V circuit needs to be run to the partition location.

What is the difference between a see-through and a double-sided electric fireplace?

See-through and double-sided describe the same thing: a fireplace whose flame display is visible from two sides. The terms are used interchangeably across the category. Some manufacturers use "multi-side view" as a third descriptor for the same format. The distinction that matters in practice is between true front-to-back see-through models — where the flame is visible from opposite faces of a wall — and 3-sided models, where the flame is visible from the front and both side panels. All three models in this collection offer viewing from two or more sides; format details are on each product page.

How does a see-through electric fireplace compare to a gas see-through fireplace?

Gas see-through fireplaces require venting — either direct-vent (a double-pipe through an exterior wall or roof) or ventless gas (no pipe, but combustion byproducts remain in the room). Electric see-through fireplaces require no venting, no gas line, no exhaust, and no chimney. This makes electric models substantially more practical in existing construction, particularly within interior partition walls where running a vent pipe would require routing through multiple building assemblies. The trade-off is heat output: gas fireplaces can produce significantly more BTU than electric models. For installations where visual impact and ambiance are the primary goals and the partition is interior, the electric option removes the mechanical and structural complexity of a gas installation entirely.

Browse related collections: Electric Fireplaces · Linear Electric Fireplaces · Built-In Electric Fireplaces · Recessed Electric Fireplaces · Opti-Myst Vapor Fireplaces · Modern Flames Electric Fireplaces