THERMORY CLAD CUSTOM HOME - EAST NASHVILLE, TN

By Black Chandelier Properties
Thermally modified siding

This East Nashville home is a strong example of what happens when material selection and execution are fully aligned. Thermory Cladding makes this home stand out.

Thermory Knotty Pine is used across the exterior, from vertical cladding to soffit to decking, creating a consistent envelope that works from both a design and build standpoint. The vertical wood siding defines the structure, while the soffit and curved entry bring warmth and depth that standard exterior packages just don’t deliver.

Thermory Cladding

The choice of Thermory Knotty Pine is what makes this project stand out. Instead of a clear, uniform grade, the natural knots introduce movement and variation across the facade. With Thermory’s thermal modification process, that character comes without the typical concerns of traditional pine. The result is a stable, durable wood exterior that holds up across multiple applications while still feeling natural and lived-in.

Built by Black Chandelier Properties, designed by Ryan Thewes, the execution matches the material. Transitions are tight, lines stay consistent, and the design doesn’t fight the product. They leaned into it and let the wood do the work.

Modified Cladding

The material was factory finished through our ProCoating® process using CUTEK Clear before arriving on site, helping streamline installation while allowing the wood to naturally evolve over time. About a year in, the color is already beginning to soften, moving toward the weathered patina Thermory is known for.

Thermory Cladding
Thermally modified wood

Nashville, TN

Builder: Black Chandelier Properties

Architect: Ryan Thewes

Product: Thermory Knotty Pine

Coating: ProCoating - Clear

ABOUT THERMORY:

Thermory is a thermally modified wood that is engineered with a natural and chemical-free process using high heat and steam to create decking and cladding
that offers longevity and natural beauty that endures.  Thermory's process modifies each board completely, all the way through to the core,
leading to unequalled durability and stability without sacrificing the natural qualities of real wood.