ComfortBilt Flatwall Hearth Pad 36" x 36" Non Combustible New (Fits all ComfortBilt models) - BLACKCOPPER-FLATWALL
Hearth pads are handcrafted in America by skilled craftsmen. Only the finest quality materials sourced from around the world are used to make our pads. Every hearth pad is repeatedly checked for workmanship and quality before it leaves their facility.
Each pad is skillfully assembled with color coordinated components to highlight the beauty and décor of any room and heating appliance. Pads are the highest quality with super thin-sets and grout to insure permanent tile and slate bonding. This critical aspect of hearth pad construction insures our hearth pads’ beauty and durability. Additionally, each hearth pad is made with a durable angle iron frame to protect its craftsmanship and beauty during shipment and installation. This assures that your investment in a quality pad will last.
ComfortBilt hearth pads have been tested and approved by an independent laboratory to meet and exceed UL-1618, UL-127, UL-737, UL-1482 and NFPA-211 certification. These hearth pads have an R-Value : Type 1 .84 and thickness of 1 1/8".
What Our Experts Think
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36" x 36" flatwall hearth pad provides a safe, non-combustible base for pellet stoves
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Compatible with all ComfortBilt models, ensuring universal fit
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Durable material protects floors from heat, sparks, and embers
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Sleek black copper finish adds stylish appeal to any room
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Ideal for homeowners installing pellet stoves and seeking maximum safety
Q&A
Q: What size is this hearth pad?
A: Measures 36" x 36", suitable for most ComfortBilt pellet stove installations.
Q: Is this pad combustible?
A: No, it is non-combustible for safe stove operation.
Q: Who should use this hearth pad?
A: Perfect for anyone installing a ComfortBilt pellet stove and needing floor protection.
Maintenance Tips
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Wipe with a damp cloth to remove dust and debris
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Inspect for chips or cracks before stove installation
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Ensure pad remains level and stable under stove
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Avoid placing heavy objects that could damage the surface
