Tygon®ND 100-80
Intravenous infusion tubing
Physical properties for high kink resitance
Tygon® ND 100-80 tubings are made of a biocompatible polymer without DEHP plasticizers. The material is crystal clear for visualizing fluid flow. The physical properties of Tygon® ND 100-80 enable the production of small diameters with high kink resistance little risk of collapse.
Characteristics
The unique chemistry enables Tygon® ND 100-80 to demonstrate very low extractables in both soapy water and refluxed water, which is rare for this type of material. Tygon® ND 100-80 also demonstrates excellent blood interaction characteristics making it well suited for applications such as intravenous or intra- arterial infusion.
During the extrusion process, individual product dimensions are maintained and monitored through in-line micrometers and off-line verification with computerized imaging equipment. Consistent with many medical tubing market requirements. Tygon® ND 100-80 can be effectively bonded/welded using the following methods: heat, electronic (RF)/ ultrasonic, solvent and adhesive. Factors to be considered when selecting the components include: security of the bond required, effect on the integrity of the materials to be joined, and presence of residues or extractables that may affect biocompatibility. When bonding procedures are not used, mechanical clamps are recommended to provide secure attachment.
Regulations
Tygon® ND 100-80 tubing was formulated to meet the requirements of Regulation (EC) 1907/2006 on the Registration, Evaluation, Authorization and Restriction of Chemicals (REACH) and does not contain any reportable substances or chemicals of concern. Tygon® ND 100-80 has met the requirements of Biological Test for Plastics Class VI, as described in USP <88> (2017). Tygon® ND 100-80 is not intentionally made or manufactured with animal derived material.
Features and benefits
- high rigidity for kink resistance
- compatible with blood
- crystal clear for easy visualization of fluid flow
- glass-smooth inner bore
- reduced flexibility for suction applications
- has met the requirements of Biological Test for Plastics Class VI, as described in USP <88> (2017)
- no reportable substances or chemicals of concern for REACH
Typical applications
- intravenous or intra-arterial infusion
Tygon® Tube ND 100-80 - Diameters and wall thickness
Art.No. | Ø Inner | Ø Outer | Wall | Inch rounded | Crossref. |
---|---|---|---|---|---|
TY0,25ND0,76 | 0,254 mm (0.01") | 0,762 mm (0.03") | 0,254 mm (0.01") | 0,3 x 0,8 x 0,3 mm | AAD04091 |
TY0,51ND1,52 | 0,508 mm (0.02") | 1,524 mm (0,06") | 0,508 mm (0.02") | 0,5 x 1,5 x 0,5 mm | AAD04103 |
TY0,76ND2,29 | 0,762 mm (0.03") | 2,286 mm (0.09") | 0,762 mm (0.03") | 0,8 x 2,3 x 0,8 mm | AAD04119 |
TY1,02ND1,78 | 1,016 mm (0.04") | 1,778 mm (0.07") | 0,381 mm (0.015") | 1,0 x 1,8 x 0,4 mm | AAD04127 |
TY1,27ND2,29 | 1,27 mm (0.05") | 2,286 mm (0.09") | 0,508 mm (0.02") | 1,3 x 2,3 x 0,5 mm | AAD04133 |
Typical Physical Properties of Tygon® ND 100-80 Tubing
Durometer Hardness | D2240 | 80° Shore A, 15s |
---|---|---|
Color | - | Clear |
Tensile Strength | D412 | 2.625 psi (18,1 MPa) |
Ultimate Elongation | D412 | 350,00% |
Tear Resistance | D1004 | 48,2 kN/m (275 lb-f/inch) |
Specific Gravity | D792 | 1,22 |
Compression Set, Constant Deflection @158°F (70°C) for 22 hrs. | D395 | Method B 59,00% |
Tensile Modulus, @100% Elongation | D412 | 1450 psi (10 MPa) |
Maximum Recommended Operating Temperature | - | 185 °F (85°C) |
Brittlenes by Impact Temperature | D746 | -31°F (-35°C) |
Water Absorption, % 24 hrs. @ 23°C | D570 | 0.1 |
Unless otherwise noted, all tests were conducted at room temperature (73°F). Values shown were determined on 0.075" thick extruded strip or 0.075" thick molded ASTM plaques or molded ASTM durometer buttons.
Tygon® ND 100-80 Characteristics
Tygon® ND 100-80 has met the requirements of Biological Test for Plastics Class VI, as described in USP <88> (2017) Sterilization Methods | |
Autoclavable (Steam 30 min at 15 psi, 250°F / 121°C) | Yes |
EtO (Ethylene Oxide) | Yes |
Radiation (25 kGy / 2.5 Mrad) | Yes |