TYGON®Chemical tubing is suitable for transferring aggressive chemicals in a peristaltic pump. It is a two-layer construction tubing. The inner layer has very good chemical resistance, is free of plasticisers, resistant to acids, bases, salts, alcohols and ketones. The outer layer is made of a thermoplastic elastomer (Norprene®), for longest performance in the peristaltic pump.
TYGON® and VERSILON™ are registered trademarks for tubing products of Saint-Gobain Performance Plastics. TYGON® tubing and VERSILON™ tubing are made of various elastomers and plastics: silicone, PVC, polyurethane, fluoropolymers, and thermoplastic elastomers. The tubing is always made of the premium quality and purity materials, under controlled conditions, using the latest technology. Therefore, these products are [...]
C-Flex hose, which is non-toxic, non-haemolytic and apirogenic, with a high purity class, can be used for biotech processes. It is also easily heat-sealable, which is important for this type of process.
VERSILIC silicone hose meets FDA, BfR, USP (class VI) standards, ISO 10993 quality standards (toxicity, irritation, cytotoxicity, haemolysis).
By steam, ethylene oxide or radiation sterilization.
Versitec and Versilic hoses are manufactured from hydrogen peroxide catalysed silicone.
Silicone hoses are used in a wide range of industries, from transferring hot water to advanced biotechnology processes. A higher working temperature and the need to keep the hose flexible are the parameters that say that a silicone hose is suitable for the application. Kolejna istotna cecha to możliwość wielokrotnej sterylizacji tych węży w autoklawach [...]
Bellows in rubber expansion joints can be made of different materials, suitable for the medium flowing through. These can be, for example, CSM rubber (Hypalon) or FPM rubber (Viton). Both of them are resistant to a wide range of chemicals and different types of petroleum products. However, rubber expansion joints with additional, PTFE (Teflon) bellow [...]
Yes. Rubber expansion joints can operate in vacuum conditions. However, the value of vacuum depends on the type and diameter of the expansion joint. As the diameter increases, the value of a permissible operating vacuum in rubber expansion joints decreases. So, when the rubber expansion joints, especially those with larger diameters, are to withstand such [...]
EPDM rubber is normally used in expansion joints for hot water. It has great temperature resistance, even up to +130C (with peaks up to +150C) depending on the type of expansion joint. It shows considerable longevity undergoing only slow weathering. In addition, it is resistant to weak acid and base solutions, technical alcohols, esters and [...]
