Plastic Tubing
Plastic tubing of various lengths and bores constructed of materials suitable for general laboratory, biopharmaceutical, food and beverage, medical, vacuum, low-pressure, high-pressure, cleanroom or environmental applications. Products may be chemical- or corrosion-resistant. Formulated for resistance to flex fatigue and abrasion, plastic tubing is more flexible and less permeable than rubber tubing.
How Is Plastic Tubing Used?
Flexible plastic tubing may be used as transfer lines for contamination fluid control, hydraulics, protective jacketing, vacuum pump and diaphragm pump feeds and discharges, refrigeration, water and fluid lines, food and beverage, instrumentation, research laboratories, agriculture, material handling, air and gas lines, chemical lines and pharmaceuticals.
Types of Plastic Tubing:
• PVC: lightweight and flexible, will retain its bore on bending and can be sterilized up to 121°C
• Silicone: ideal where a hard-wearing material is needed, including transfer of liquids or higher temperature environments
• LDPE: good for general low pressure and temperature, instrumentation, corrosive atmosphere, and food processing
• PTFE: has excellent chemical-resistant and temperature-resistant properties
• PE: flexible, lightweight, durable, and corrosion resistant, used for a wide range of liquid, gas, and fluid transfer applications
• FEP: clear, small-diameter tubing, the economical choice for chemical resistance and broad temperature exposure
• PEEK: high-performance polymer with mechanical and chemical resistance, and highly resistant to thermal degradation
Braintree Scientific Polyethylene .034"""" x .060"""" Per Ft.,500 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Braintree Scientific Polyethylene .034"""" x .060"""" Per Ft.,50 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Braintree Scientific Polyethylene .034"""" x .060"""" Per Ft.,1000 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Braintree Scientific Polyethylene .034"""" x .060"""" Per Ft.,100 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Braintree Scientific Polyethylene .017"""" x .030"""" Per Ft., 500 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Braintree Scientific Polyethylene .017"""" x .030"""" Per Ft.,1000 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Braintree Scientific Polyethylene .017"""" x .030"""" Per Ft.,100 ft. Continuous
Polyethylene Tubing Polyethylene is a relatively rigid polymer suitable for short-term catheterizations and for ex vivo applications. Polyethylene sleeves can be slipped over less rigid catheter materials (MicroRenathane, RenaSil™) at suture points to protect the latter from inadvertent constriction **Sold for research purposes only and not for human use**
Accuflow Systems 1 1/2 Inch Silicone Hose
1-1/2 Inch ID Platinum Cured Wire Reinforced Silicone Hose 96 Inches OAL
Accuflow Systems 3/4 Inch Silicone Hose
3/4 Inch ID Platinum Cured Wire Reinforced Silicone Hose 96 Inches OAL
Accuflow Systems 3/4 Inch Silicone Hose
3/4 Inch Platinum Cured Braided Silicone Hose 120 Inches OAL
AVANTOR MASTERFLEX (VWR LLC) Masterflex Transfer Tubing, Platinum-Cured Silicone, 3/32"" ID x 5/32"" OD; 25 ft
Applications: Pharmaceutical, biotechnology, aerospace, food and beverage, and general lab applications. Characteristics: Platinum-cured, excellent heat resistance, low compression set, odorless, nontoxic, translucent. Certification: Elastomer is FDA-compliant (21 CFR 177.2600) and meets USP Class VI; exceeds 3A Sanitary Standards. Tubing is manufactured according to GMP. Temperature range: -58 to 446¿F (-50 to 230¿C) Sterilize: Autoclave or gamma irradiation.
Accuflow Systems 3/4 Inch Silicone Hose
3/4 Inch ID Platinum Cured Wire Reinforced Silicone Hose 48 Inches OAL
Accuflow Systems 1 Inch Silicone Hose
1 Inch ID Platinum Cured Wire Reinforced Silicone Hose 48 Inches OAL
Accuflow Systems 3/4 Inch Silicone Hose
3/4 Inch ID Platinum Cured Wire Reinforced Silicone Hose 120 Inches OAL
Accuflow Systems 1 Inch Silicone Hose
1 Inch ID Platinum Cured Wire Reinforced Silicone Hose 24 Inches OAL