Description
Download free raised hearth 2" DXF template, 72x22. Stone fireplace hearth slab for fabrication.
Dimensions
- Overall Width
- 72"
- Overall Depth
- 22"
Specifications
- Downloads
- 0
Related Templates
Command attention in expansive living spaces with this large-format 2-inch raised hearth template designed for substantial fireplace installations. The generous 72x22 inch dimensions provide commanding presence for great rooms, lodges, and luxury homes while the elevated profile creates architectural drama and superior heat management. This professional-grade DXF template delivers comprehensive fabrication specifications for stone craftsmen working with granite, marble, quartz, and premium natural stone materials on high-end projects. The 2-inch raised platform at this substantial scale transforms fireplaces into dominant architectural focal points that anchor large interior spaces. The elevation separates the hearth visually from surrounding flooring while providing practical heat standoff distance and opportunities for dramatic under-hearth lighting installations. The expanded 22-inch depth offers exceptional heat protection for flooring and proportional balance with oversized fireplace surrounds common in luxury residential and commercial applications. Engineered for professional stone fabrication shops with CNC capabilities, this template includes complete cutting paths, edge profile specifications, and precise dimensional details required for large-format production. The raised design complements contemporary architectural aesthetics and traditional statement fireplaces. Compatible with all industry-standard CAD software and CNC fabrication systems, this template streamlines material layout for wide-format slabs while minimizing waste and ensuring repeatable precision across custom installations requiring elevated hearth platforms.
Installation Overview
Installation of a 72x22 raised hearth demands comprehensive structural planning and engineered support systems. The combined weight of large-format stone at 2-inch thickness can exceed 300 pounds, requiring robust floor structure evaluation and reinforcement. Common support systems include continuous steel I-beams or channel frames, reinforced masonry piers, or engineered platforms designed specifically for the hearth dimensions. For installations over wooden subfloors, consult structural engineers to verify load capacity and specify appropriate reinforcement including doubled joists and blocking. Position the hearth to maintain all code-required clearances from combustible materials while considering the visual impact in the room. The raised profile creates natural safety boundaries but does not substitute for code compliance with fireplace clearance requirements. Secure large hearths using multiple anchor points with high-temperature construction adhesive and mechanical fasteners. Complete all edge finishing before installation due to the slab's substantial size and weight. Allow complete curing of all adhesives before heat exposure.
CNC Cutting Notes
CNC fabrication of this 72x22 raised hearth requires careful machine capacity verification and material handling protocols. Ensure your CNC table accommodates the full 72x22 dimensions with continuous support to prevent flexing during cutting operations. Material handling for large-format slabs demands overhead lifting equipment or multi-person teams for safe positioning. Begin tool path programming with exterior perimeter cutting to establish the precise 72x22 footprint. For laminated raised construction, prepare perfectly parallel mating surfaces before bonding operations. If routing the raised profile from thick solid stock, use progressive depth passes with conservative feed rates to maintain edge quality across the extended 72-inch length. Tool path optimization should minimize vibration and ensure consistent profile depth across the wide span. Edge profiling for large hearths typically employs clean eased or straight polished treatments that emphasize the platform's scale. Pre-drill all mounting holes while the piece remains secured on the CNC bed to ensure accurate placement. Verify all specifications against field measurements before cutting.
Material Compatibility
Large-format 72x22 raised hearths require careful material selection for structural integrity across the extended span. Specify minimum 3cm thickness with 4cm or 6cm preferred for optimal strength and refined aesthetics. Laminated construction using bonded 3cm pieces is common for creating the 2-inch raised profile. Granite varieties with consistent grain structure provide excellent strength-to-weight characteristics for wide-span applications. Marble selection requires evaluation of structural soundness - choose varieties with minimal veining for large unsupported spans. Engineered quartz offers predictable performance in wide formats with factory-controlled quality standards. Soapstone creates traditional raised hearth aesthetics with natural heat management properties. Consider fiber mesh reinforcement for maximum span strength in high-traffic installations. Material weight is significant - 72x22 hearths in 3cm granite weigh 240-270 pounds before accounting for raised construction thickness, requiring robust handling and installation equipment.
Where to Buy
Source large-format stone slabs for substantial raised hearth projects through architectural stone specialists and wholesale distributors handling oversized materials. Premium suppliers like MSI, Bedrosians, and Daltile maintain inventory of wide-format slabs suitable for 72-inch fabrication. Regional stone yards specializing in architectural applications often provide competitive pricing and customized logistics for large-scale projects. For engineered quartz in jumbo formats, consult authorized dealers for Cambria, Caesarstone, and Silestone offering wide-format slabs. Establish professional relationships with suppliers capable of handling special orders and providing technical support for material selection on large raised hearth assemblies including bonding materials and reinforcement options.