Description
Anaconda Static Resist lay flat hoses are engineered specifically for handling liquid transport in demanding industrial environments, including refineries, military operations, bulk refueling, and hydraulic fracturing. These hoses are designed with a dual longitudinal copper wire strap attached to the hose body and coupling, providing excellent antistatic properties. With outstanding abrasion resistance and very high tensile strength, these lay flat hoses are durable and reliable.
Static Resist lay flat hoses are available in 50-foot (15 meter) and 100-foot (30 meter) sections, with customization options for length. Quotes are based on the full length of the hose.
Primary Uses & Applications: These hoses are ideal for bulk refueling, refinery use, hydraulic fracturing, and military fuel transportation.
Color Options: Standard color is black.
Lengths and Diameters: Anaconda offers a range of diameters and lengths for Static Resist lay flat hoses. Diameters range from 2″ (51mm) to 6″ (152mm), with some hoses available in lengths up to 650ft (200m).
Operating Temperature: Static Resist lay flat hoses are designed to operate in various weather conditions and environments, with an operating temperature range from -58°F to +140°F (-50°C to +60°C) depending on the type of fuel being transported.
Lay Flat Hose Benefits
Lay flat hoses, also known as discharge or backwash hoses, are integral components in various industrial applications due to their innovative design and beneficial characteristics. These hoses are engineered to be pliable and flat when not pressurized, yet expand and deliver efficient fluid conveyance under pressure. The advantages of lay flat hoses for industrial applications are manifold and include:
Compact Storage: Lay-flat hoses excel in their ability to be stored compactly. They can be rolled up or folded flat when not under pressure, minimizing storage space requirements. This feature is particularly advantageous in industries where space optimization is paramount.
Easy Handling and Deployment: These hoses are lightweight and easy to handle, facilitating quick deployment in diverse industrial settings. Their flexibility allows for straightforward maneuverability, reducing installation and repositioning time and effort.
Quick Setup and Retrieval: The flat design of lay flat hoses enables rapid deployment and retrieval, which is invaluable in emergencies or time-sensitive applications such as firefighting, irrigation, or temporary fluid transfer operations.
Reduced Risk of Kinking and Tangling: Unlike traditional hoses, lay flat hoses are less prone to kinking and tangling, ensuring a smooth and uninterrupted fluid transfer process.
High Flow Capacity: Lay flat hoses are designed with a larger internal diameter than other hose types, providing high flow capacity. This design feature enables the efficient transfer of liquids, slurries, or chemicals in industrial applications requiring substantial fluid volumes to be moved.
Durability and Longevity: These hoses are typically constructed from robust materials such as synthetic nitrile rubber or PVC, imparting resistance to abrasion, chemicals, and UV exposure. This durability ensures an extended operational lifespan, reducing the frequency of replacements and maintenance costs.
Versatility in Applications: Lay flat hoses find applications across various industrial sectors, including agriculture, construction, mining, oil and gas, and firefighting. Their adaptability to different fluids and environments makes them versatile for various fluid transfer needs.
Cost-Effective Solution: The durability, ease of handling, and efficient fluid transfer capabilities of lay flat hoses contribute to a cost-effective solution for many industrial applications. The reduction in labor time, maintenance, and the need for additional equipment makes them an economical choice for fluid conveyance.
In summary, lay flat hoses offer a practical and efficient solution for industrial fluid transfer needs, combining ease of use, versatility, and cost-effectiveness. Their unique design and advantageous features make them a preferred choice in numerous industrial settings.
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