Heavy-Duty 125,000 BTU Stepless Adjustable Propane Barrel Heater for Indoor and Outdoor Heating

Product Information

Specification

Wide Heating Coverage and Powerful Output:

This high-performance forced air propane heater delivers up to 125,000 BTU of heat output, providing rapid and efficient warmth for large spaces up to 3,100 sq. ft. Its adjustable heating angle from 30° to 45° allows flexible directional airflow, making it ideal for garages, workshops, warehouses, construction sites, outdoor events, and large-scale heating applications.

Advanced Safety Protection and Durable Build:

Engineered with dual safety systems including overheat protection and flame failure shutoff, this heater helps prevent overheating and gas leakage for dependable operation. Its heavy-duty carbon steel body is impact-resistant, weatherproof, and rust-resistant, ensuring reliable long-term performance in demanding indoor and outdoor environments.

Designed for High-Altitude and Extreme Conditions:

Featuring a built-in pressure regulator, this propane heater supports large propane tanks and operates effectively at elevations up to 4,921 ft (1,500 m). This makes it suitable for mountain worksites, remote outdoor projects, emergency rescue operations, and other rugged environments where dependable heat is essential.

Portable and Space-Efficient Design:

Despite its industrial-grade output, this heater weighs only 19.73 lbs and includes a large ergonomic handle for convenient carrying and repositioning. Its compact barrel-style design occupies minimal floor space, making it easy to transport, store, and deploy in both temporary job sites and permanent heating setups.

Easy Operation with Stepless Temperature Control:

Equipped with an electronic ignition system for quick startup, this heater is simple to install and operate. Compatible with standard 20 lb propane tanks, it provides approximately 3.5 to 4.5 hours of continuous heating per tank. The stepless temperature control allows precise heat adjustment to match changing weather conditions and seasonal heating demands.