SunStar GLASS Marine Grade 48-Inch 35,000 BTU Propane Gas Patio Heater W/ Adjustable Mounting Kit - L7 MGL1560

• Fuel Type: Propane

SunStar GLASS Marine Grade 48-Inch 35,000 BTU Propane Gas Patio Heater W/ Adjustable Mounting Kit - L7 MGL1560

SunStar GLASS patio heaters provide radiant heat similar to the warmth from the sun, directly warming people and objects at floor level without heating the surrounding air. The SunStar Marine Grade GLASS heater is specifically designed for harsh and humid environments, constructed with 316 stainless steel for durability and longevity.

Featuring high temperature tinted glass, the SunStar GLASS heater is wind resistant up to 40MPH, ensuring its performance even in windy conditions. It is shipped from the factory as a two-stage control heater, allowing you to operate it at different power levels based on the weather conditions.

During milder days, you can operate the heater at the first stage, providing 24,000 BTU/hour of heating power. On colder days, you can switch to full power mode, delivering 35,000 BTU/hour to create a comfortable and warm outdoor environment. The included 3-position switch kit allows you to easily control the heater's settings, including High, Low, and Off.

The SunStar Marine Grade GLASS heater comes with a marine-grade stainless steel adjustable wall/ceiling mounting kit. This versatile mounting kit can be adjusted from 15 to 30 inches, accommodating different mounting heights ranging from 7 to 10 feet. It also allows for angled installation, with the flexibility to set the angle anywhere between 15 to 60 degrees.

Included in the package is the liquid propane Marine Grade GLASS heater, the marine-grade stainless steel adjustable wall/ceiling mounting kit, and the 3-position switch kit for convenient and comfortable operation.

With its durable construction, wind-resistant design, and adjustable mounting options, the SunStar Marine Grade GLASS patio heater is an excellent choice for outdoor spaces that require reliable and effective heating, even in harsh environments.