This heavy-duty food suction and discharge hose is designed for use in food service where oil resistance is required. White chlorobutyl tube meets FDA requirement for the transfer of oil and water based food products. Produced on chrome mandrels for smoothest tube finish in FDA applications and crush resistant monofilment helical design.
FTSA103-150
White Chlorobutyl
TEXTILE
MONOFILIMENT
-30°F to 220°F
1.5
1.98
150
3:1
4
0.86
The FTSA103-150 food suction and discharge hose is a heavy-duty product designed to cater to the food service industry. This high-performing hose is the go-to option for transferring oil and water-based food products. It stands out among its competitors for its incredible features, including a white chlorobutyl tube that meets FDA requirements.
No matter how tough the industrial environment is, our FTSA103-150 food suction and discharge hose is built to withstand it. Durability and reliability are guaranteed, and our customers can use it for prolonged periods without any problem.
Our hose is produced on chrome mandrels, providing a smooth tube finish perfect for FDA-approved applications. This crush-resistant monofilament helix design makes the hose flexible and enables you to maneuver it around any obstacle with ease.
The white chlorobutyl tube is oil-resistant, providing a protective layer against potential hazards that could damage it. This feature makes it an indispensable asset for ensuring efficient and reliable food product transportation within any facility.
Extreme weather conditions are not a threat when you choose our hose, as it can withstand a wide temperature range of -30°F to 220°F. It is built to last, with a pressure rating of 150 PSI and a burst ratio of 03:01:00, assuring our customers that they have a reliable and long-lasting product.
Invest in our industrial-strength FTSA103-150 food suction and discharge hose today, and have the peace of mind that comes with using an extremely reliable product. It is the perfect choice for anyone who desires guaranteed longevity and optimal performance in a variety of challenging environments.
