Continental Contitech 20012580 Lay Flat Water Hose 90 Psi

Product Description

The CONTINENTAL CONTITECH 20012580 is a lay flat water hose rated for a maximum working pressure of 90 psi and a temperature range of -10 degrees F to 150 degrees F. Constructed in gray, this hose is designed for water transfer and drainage applications where a collapsible, storage-friendly profile is required. It is sold in 1-foot increments with a 25-foot minimum cut length, making it a practical choice for contractors and service professionals who need a custom run length without taking on excess inventory.

This lay flat hose suits residential and light commercial water transfer scenarios including site dewatering, irrigation supply, pump discharge, and temporary water routing. Its collapsible design allows for compact storage and easy deployment on job sites. The wide temperature tolerance from -10 degrees F to 150 degrees F makes it functional in cold-weather startup conditions as well as warm-climate service environments. Licensed plumbers, irrigation contractors, and general trade professionals are the typical installers.

Key Features

• Lay flat construction collapses for compact storage and fast deployment
• 90 psi maximum working pressure for standard water transfer service
• Temperature rated from -10 degrees F to 150 degrees F
• Compatible fluid: water
• Sold in 1-foot increments with a 25-foot minimum cut length
• Gray color for easy job site identification

Compatibility

Designed for water transfer and drainage applications requiring a flexible, lay flat hose construction. No specific equipment or system model compatibility was provided in the product data.

Installation Notes

Lay flat hoses are typically installed by plumbers, irrigation technicians, or general contractors handling temporary or permanent water routing. Before connecting or disconnecting the hose, shut off the supply pump and relieve any residual line pressure. Verify that fittings and clamps are rated for at least 90 psi and are compatible with the hose end diameter. Inspect the hose for kinks, abrasions, or coupling damage before pressurizing the line.