Tubing (23,500+ items) - Page 222
20 AWG Flexible PTFE Tubing, High Temperature Thin-Wall, Natural, 2 ft Length
Santoprene Tubing - 2mm ID x 4mm OD x 25 ft. Long
Teflon PTFE Tubing - 7mm ID x 10mm OD x 10 ft. Long
3A Silicone Tubing - 18mm ID x 23mm OD x 1 ft. Long
14 AWG Flexible PTFE Tubing, High Temperature Thin-Wall, Natural, 100 ft Length
Santoprene Tubing - 2mm ID x 4mm OD x 10 ft. Long
Natural Nylon Tube - Extruded, 0.187 ID X.250 OD, 50 FT
EPDM Foam Tube - 3/8" ID x 7/8" OD x 5 ft. Long
Silicone Foam Tube - 1/4" ID x 3/4" OD x 10 ft. Long
Teflon PTFE Tubing - 6mm ID x 9mm OD x 2 ft. Long
Teflon PTFE Tubing - 10mm ID x 14mm OD x 5 ft. Long
Silicone Foam Tube - 1/8" ID x 5/8" OD x 5 ft. Long
Santoprene Tubing - 4mm ID x 7mm OD x 10 ft. Long
14 AWG Flexible PTFE Tubing, High Temperature Thin-Wall, Natural, 10 ft Length
14 AWG Flexible PTFE Tubing, High Temperature Thin-Wall, Natural, 500 ft Length
EPDM Foam Tube - 7/8" ID x 1-5/16" OD x 2 ft. Long
Natural Nylon Tube - Extruded, 0.250 ID X.375 OD, 100 FT
About Tubing
Our Tubing category encompasses a diverse range of small diameter pipes, crafted from materials like metal, plastic or rubber. These tubes are integral to transporting liquids, gases or solids across various industries including plumbing, automotive repair and manufacturing. With varying wall thicknesses and diameters, each type of tubing offers unique benefits depending on its application. Industrial tubing is often found in factories and warehouses while flexible plastic tubing caters to applications that require resistance to corrosion. Rubber tubing provides an excellent solution for high-temperature environments or when abrasive materials are involved. While similar in function to pipes and hoses, the key difference lies in their construction: pipes have thicker walls designed for high-pressure fluid transport whereas hoses offer more flexibility with larger diameters; meanwhile, our versatile range of tubings cater to both lower pressure applications and situations requiring rigidity or flexibility.