Description
The Powerblanket CUREMAX 36×36 High-Temp Heating Blanket (CM36x36G) represents a significant advancement in industrial heating technology, engineered to deliver superior performance for the most challenging applications. This heavy-duty heating solution provides consistent and powerful heat, ensuring that critical industrial processes remain on schedule, even in sub-zero ambient conditions. Designed for professionals seeking efficiency and reliability, the CUREMAX CM36x36G is an essential tool for maintaining optimal temperatures for various materials and environments.
KEY FEATURES AND BENEFITS:
- Elevated Temperature Output: Delivers uniform heat up to 190°F (88°C), providing twice the heating power of Powerblanket’s standard industrial “Extra Hot” line, significantly reducing warm-up times.
- Even Heat Distribution: Incorporates advanced heat-spreading technology to eliminate hot and cold spots, ensuring consistent and thorough heating across the entire surface.
- Enhanced Project Timelines: Accelerates processes such as ground thawing, epoxy curing, and carbon fiber production, contributing to improved productivity and project completion rates.
- Built for Longevity: Features a robust construction with a heavy-duty, abrasion-resistant silicone glass cloth outer jacket and a rugged vinyl shell, offering dual-layer protection for extended product lifespan.
- Assured Safety and Reliability: UL, CSA, and CE Marked, indicating compliance with recognized safety and quality standards, providing peace of mind during operation.
- Versatile Application Range: Suitable for a broad spectrum of industrial and construction tasks, including preheating various materials and managing snow and ice.
SPECIFICATIONS:
- Dimensions: 36 inches x 36 inches (3 ft x 3 ft)
- Voltage: 120 Volts
- Wattage: 720 Watts
- Amperage: 6 Amps
- Maximum Temperature: 190°F (88°C)
- Power Cord Length: 6 ft
HOW TO USE:
- Preparation: Ensure the surface or material to be heated is clean and free of obstructions.
- Placement: Carefully position the CUREMAX heating blanket directly over the area or object requiring heat. Ensure full contact between the blanket and the surface for optimal heat transfer.
- Connection: Plug the 6-foot power cord into a compatible 120-volt power outlet.
- Temperature Control (Optional but Recommended): For applications requiring precise temperature management, connect the heating blanket to an external temperature controller (sold separately). Set the desired temperature on the controller.
- Monitoring: Allow the blanket to operate until the desired temperature or process outcome (e.g., thawing, curing) is achieved. Regularly monitor the progress if specific timeframes are critical.
- Disconnection: Once heating is complete, unplug the blanket from the power source.
- Storage: Allow the blanket to cool completely before folding and storing it in a dry, safe location.
BENEFITS OF USING POWERBLANKET CUREMAX 36×36 HIGH-TEMP HEATING BLANKET (CM36X36G):
- Facilitates operations in cold weather by actively warming materials and surfaces.
- Helps prevent project delays caused by frozen ground or slow material curing.
- Reduces the need for alternative, less efficient heating methods on job sites.
- Contributes to consistent material quality in processes like epoxy and carbon fiber production.
- Offers a long-term investment due to its robust construction, reducing replacement frequency.
- Supports a wider range of high-temperature industrial applications than standard heating solutions.
FEATURES:
- Capable of reaching high temperatures for demanding industrial requirements.
- Outer jacket made from silicone glass cloth, designed to resist abrasion.
- Inner and outer layers reinforced with a rugged vinyl shell for enhanced protection.
- Engineered to distribute heat uniformly across its entire surface area.
- Operates on standard 120-volt power systems.
- Designed to be paired with an external temperature controller for custom heat settings.
- Complies with established electrical safety standards.
- Suitable for both surface thawing and accelerating chemical reactions in materials.






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