Tubing for peristaltic pumps & Life-Sciences

Tubing made of different materials.

Product overview

Série

Image

Description

Custom tubing assemblies

Colored or natural tube options
Colored Luer connections for line distinction
Large selection of connectors and quick couplings (no spill)
LaserWeld™ products available with T-piece, cross and Y-barbed fittings, and mini and 1" flange connectors
Pre-coiled tubing for space-saving
Filtration assemblies
Tubing assemblies for peristaltic pumps
Laser Clamp® welding technology
Manufacturing and packaging in a clean room
Single use and autoclavable
Individual packaging solutions

Silicone tubing

Platinum-cured silicone tubing for peristaltic pumps and pinch valves.

Also in biocompatible version.

EJ Prene™ Tubing

Outstanding performance when used in peristaltic pumps
Precise flow rate
High chemical resistance
Sterilizable (autoclave, EtO sterilization, gamma sterilization 45 kGy, withstands multiple autoclaving cycles)

PTFE Tubing

Continuous operating temperature: -100 - 150°C
Good optical clarity (96% UV transmission)
Very smooth internal surfaces
Excellent chemical resistance
Tight dimensional tolerances
Biocompatible
FDA & USP Class VI compliant
Gamma & ETO sterilizable

FEP Tubing

Continuous operating temperature: -51 - 50°C
Good optical clarity (96% UV transmission)
Very smooth internal surfaces
Excellent chemical resistance
Tight dimensional tolerances
Biocompatible
FDA & USP Class VI compliant
Gamma & ETO sterilizable

TPE 121 Tubing with Shore-A 54

This tubing series made of the material TPE was specially developed for the usage in peristaltic pumps and pinch valves.

USP Class VI approval, production in clean room according to ISO 10993-5 and ISO 10993-4 standard.

TPE 135 Tubing with Shore-A 68

This tubing series made of the material TPE was specially developed for the usage in peristaltic pumps.

USP Class VI approval, production in clean room according to ISO 10993-5 and ISO 10993-4 standard.

Flexible Kynar®-PVDF Tubing

Due to the inner coating with PVDF, this tubing is highly chemical resistant, but remains flexible due to the outer tube material TPU. This enables the use of barbed-connectors, which allows the easily, quickly and cost-effectively implementation of fluidic paths in devices compared to 100% PTFE tubing.

Braided Reinforced TPE-Tubing

Alternative to silicone tubing for high purity fluid under pressure with biocompatibility for demanding biomedical and pharmaceutical applications.

Sterilization stability of materials of tube materials

Please note the disclaimer of liability*

Material	Gamma Radiation	Ethylene Oxid	Autoclave
Polyurethane	Excellent. Some discoloration may occur, but reverses over time. No significant effect on physical properties.	Excellent. No noticeable effect on material properties.	Not Recommended. Hydrolysis of polyurethane may create aromatic amine impurities.
Polyethylene	Excellent. Tensile strength increases and modulus of elasticity decreases due to cross-linking of polymer.	Excellent	Not Recommended. Tubing may distort at common autoclave temperatures.
Kynar	Highly compatible, but will discolor to brownish hue. Physical Properties typically improve.	Excellent	Excellent

*The data presented in this publication is for reference only. It was compiled primarily from outside sources provided by feedstock materials suppliers and resin manufacturers, and is offered to our customers as a means of comparing the characteristics of resins and materials used by us at the time of publication. The particular conditions of your use and application of our products are beyond our control. Thus, it is imperative that you test our products in your specific application to determine their ultimate suitability. All information is provided without implied or expressed warranty or guarantee by us, or the resin and feedstock manufacturers. We assume no liability with respect to the accuracy or completeness of the information contained herein and none of the information provided constitutes a recommendation or endorsement of any kind by us.