Key benefits Restores full function to pyramid patio heaters without replacing the entire unit Durable 304 stainless steel doublelayer mesh for extended life and reliable performance Quick, tool installation with clear fit indicators and simple alignment Improves safety with stable combustion and even heat distribution, while resisting weather and pollution Product details Compatibility and size 7inch diameter emitter screen base replacement Fits most pyramid patio heaters on the market Height: 5.2 inches 3 threaded holes for mounting reflectors Hole distance options: 2.75 inches or 4 inches Always measure your current heater dimensions before ordering to ensure proper fit Material and construction Made from 304 stainless steel Doublecover heating mesh for improved heat resistance and longevity 4sided pyramid heater replacement components maintain structural integrity under heat Silver finish provides a professional look that complements outdoor heating systems Installation and compatibility Replaces a damaged burning net in about 10 minutes using existing screws Userfriendly design suitable for users with limited technical experience Minor hole alignment adjustments may be needed for a fit Clear indicators assist correct positioning, reducing guesswork during installation Safety and performance Doublelayer mesh delivers more stable combustion and even heat distribution than singlelayer options Reduces hot spots that could damage surrounding components Stainless steel construction resists weather exposure and deterioration over time Proper installation helps maintain safe operation of your outdoor heating system Use scenarios Home outdoor lounging: a worn emitter screen on a 7inch pyramid heater to restore consistent warmth for evenings on the patio. Seasonal maintenance for cafes or restaurants: quick replacement between peak seasons to keep multiple heaters ready for traffic outdoor dining areas. Multiunit patio setups: retrofit several pyramid heaters with a durable, uniform mesh for reliable performance across all units, ensuring even heat distribution and reduced maintenance downtime.