Description
The Industrial Heating Blanket Experts
Industrial Heated Blankets by ALCO provide heat when and where you need it. The winter elements don’t need to stop your next cold weather project. Keep your project on track while saving time, money, and preparation efforts. ALCO's heated blankets are made of industrial grade materials with a durable exterior skin. They last for years and can endure the harshest cold and wet weather conditions. The covers can be of use in both warm and freezing temperatures.
Key Features
- FREE SHIPPING
- 4.5' x 15' Blanket Is Stocked and Ready to Ship
- Other sizes ship in 10-12 business days
- 1-year manufacturer's warranty including heating element
- Power Cord: 6' foot
- No thermostat required with even heating technology
- Industry leading closed cell insulation
- Top of the line heat welded edges to keep water out
- Waterproof, Weatherproof and Reusable
- Evenly distributed heat technology to prevent hot spots
- Maintain a temperature below the blanket of 60° F
- Plug not included
Serving The Industry Leaders
Description
Uses
- Process Heating, Freeze Protection, Bulk Material Heating
- Heat critical parts and equipment
- Keep fluids from freezing inside containers and pipes
- Curing composite materials, carbon, epoxy prepreg, and others
- Other curing processes in the aerospace and marine industries
- Windmill turbine blade production and repair
- Thawing frozen ground up to 8 feet deep
- Warming sand piles for masonry work
- Wrapping around pipes to dethaw or keep warm
- Keeping drainage fields dethawed
- Keeping liquids from freezing and maintaining the correct viscosity
- Keeping parts from locking up due to cold temperatures
- Not to be walked on. View walk-on industrial mats
Shipping | Warranty
- 4.5′ x 15′, 4.5′ x 30′ and 6′ x 25′ ship next business day.
- All other sizes ship in 5-7 business days
- 1 year warranty on manufacturing defects including heating element
- Free Shipping
Operating Costs
- Cost per hour to operate the pad can be calculated by the following formula: ( Cost per KW hour x sq ft of pad x watts per sq ft ) / 1000
Temperatures
Directions