Panels That Point the Heat
This patio heater heat reflector supports even heat direction by sending warmth outward toward seating areas. Instead of allowing heat to disperse upward, its 10 precision-cut aluminum panels, each measuring 9.5 × 3.5 inches, reflect heat outward to create wider distribution. This angled heat layout supports steady heating conditions for patios, gardens, or other outdoor areas while helping organize gas usage.
Designed for Heat Control
This reflector works with both propane and natural gas patio heaters, directing radiant heat across areas up to 230 sq. ft. Its panel structure reduces upward heat movement and guides warmth outward instead of toward nearby walls, plants, or furniture. The rigid panels remain steady under varying weather conditions, providing consistent reflection through the seasons.
Panels That Pack Down
The reflector’s collapsible layout allows for simple installation and organized storage when not in use. Each panel connects using fixed slots, forming a panel structure that attaches to most standard patio heater heads without requiring special tools. When folded, it fits into the included cloth bag for convenient transport and compact storage. The 2.2 lbs aluminum build supports portability while maintaining its structural form over time.
Product Benefits:
-
Angled Coverage: Directs heat outward across patio and seating areas.
-
Organized Heat Use: Guides heat outward for more focused direction.
-
Heat Redirect Design: Angles warmth away from nearby surfaces.
-
Portable Layout: Compact and foldable for simple storage.
-
Panel-Based Setup: Attaches, removes, and cleans with a straightforward layout.
Specifications:
-
Material: Aluminum Alloy
-
Panel Count: 10 panels
-
Panel Dimensions: 9.5 × 3.5 inches (each panel)
-
Total Expanded Width: 35 inches
-
Form Factor: Collapsible reflector shield (accordion-style)
-
Heating Coverage: Up to 230 sq. ft.
-
Fuel Type Compatibility: Propane / Natural Gas
-
Included Items: Reflector set, cloth bag, installation guide
-
Color: Silver
