Pope 25mm x 3M Clear Vinyl Tubing
Pope 25mm x 3M Clear Vinyl Tubing
Pope 25mm x 3M Clear Vinyl Tubing

Pope 25mm x 3M Clear Vinyl Tubing

(27 reviews)

Pope Clear Vinyl Tubing is suitable for the transfer of air, water or other liquids at low pressure. This clear flexible hose provides a visual reference for easy identification of blockages or foreign objects. Popular applications include siphoning line, cable protection or drainage lines. The maximum pressure rating of the 25mm diameter Clear Vinyl Tubing is 100kpa at 23°C. Temperatures above 23°C may significantly reduce the maximum pressure holding capability of the tube.

Pope Clear Vinyl Tubing is suitable for the transfer of air, water or other liquids at low pressure. This clear flexible hose provides a visual reference for easy identification of blockages or foreign objects. Popular applications include siphoning line, cable protection or drainage lines. The maximum pressure rating of the 25mm diameter Clear Vinyl Tubing is 100kpa at 23°C. Temperatures above 23°C may significantly reduce the maximum pressure holding capability of the tube.

$37.01

in 1 offers

Pope 25mm x 3M Clear Vinyl Tubing

$37.01

(27 reviews)

Pope Clear Vinyl Tubing is suitable for the transfer of air, water or other liquids at low pressure. This clear flexible hose provides a visual reference for easy identification of blockages or foreign objects. Popular applications include siphoning line, cable protection or drainage lines. The maximum pressure rating of the 25mm diameter Clear Vinyl Tubing is 100kpa at 23°C. Temperatures above 23°C may significantly reduce the maximum pressure holding capability of the tube.

Pope Clear Vinyl Tubing is suitable for the transfer of air, water or other liquids at low pressure. This clear flexible hose provides a visual reference for easy identification of blockages or foreign objects. Popular applications include siphoning line, cable protection or drainage lines. The maximum pressure rating of the 25mm diameter Clear Vinyl Tubing is 100kpa at 23°C. Temperatures above 23°C may significantly reduce the maximum pressure holding capability of the tube.