Additional information
D006224-1200
Polyurethane
STEEL
-60°F to 400°F
12
6
13
25
This sewn ducting is designed for air in temporary heating systems. For use with air movement, drying systems, tent heaters, fans and blowers, dryers and dehumidification. Polyurethane with polyester fabric has excellent UV resistance. Large pitch allows for significant compression and flexibility. Meets flame resistant UL94VTM-O, California Fire Marshal, and NFPA701 specifications
D006224-1200
Polyurethane
STEEL
-60°F to 400°F
12
29
6
13
25
Are you in search of an exceptional sewn ducting that is both tough and adaptable, and designed specifically for use in temporary heating systems? If so, look no further than the D006224-1200! This highly-durable product is perfect for a range of tasks including air movement, drying systems, tent heaters, fans and blowers, dryers, and dehumidification.
Crafted with a combination of premium quality polyurethane and polyester fabric, this air duct is extremely resistant to UV damage ensuring a longer-lasting, high-performance product. With its large pitch, this duct can be compressed significantly offering a great deal of elasticity making it a breeze to install and easy to use.
But that’s not all, this cutting-edge ducting is equipped to meet flame-resistant UL94VTM-O, California Fire Marshal, and NFPA701 specifications, so rest assured knowing every safety measure has been taken. Created with a tube made of resistant polyurethane, and a steel-reinforced helix, this ducting is built to withstand extreme temperatures ranging from -60°F to 400°F making it an exceptional choice for a variety of industrial settings.
This extraordinary ducting product has a 29 vacuum rating, runs to a length of 25 feet in its standard model and has an impressive inner diameter of 12 inches and pitch of 6 inches. The D006224-1200 has a weight of 13 pounds and a 13-ounce per yard rating. With its easy installation, versatility, and wide array of applications, make the D006224-1200 your first and last choice for industrial ducting.