Description
Description
This Premium reinforced TPU hose is constructed from a transparent ether-based material, featuring a grey high adhesion TPU coated steel spiral. With a constant wall thickness of 0.9mm throughout, this hose is designed for optimal performance. The wall material is permanently antistatic (R<10⁹ Ohm/m), ensuring safe handling of various substances.
Engineered for efficiency, the smooth interior of the hose optimizes flow, while its resistance to microbes and hydrolysis makes it suitable for sensitive applications. Additionally, it withstands UV and weathering, maintaining its integrity over time. The hose is odourless and does not alter the organoleptic properties (taste, colour, odour, texture) of the materials being transferred.
This Premium TPU hose meets food-grade standards according to EU 10/2011 (classes A, B, C, D1, D2, E) and FDA regulations (title 21 CFR 177.2600). It operates effectively within a temperature range of -40 to 90°C, with short-term peaks up to 125°C. For applications requiring conductivity, the hose can be made conductive by grounding the spiral (R<10² Ohm/m).
Typical applications include the suction of abrasive powders and substances in food processing and pharmaceutical plants, particularly where high resistance to microbes and hydrolysis is necessary. The hose can be supplied as cut lengths or with couplings to fit specific applications.
Technical Specifications
| Specification | Measurement |
|---|---|
| Service temp long term min (°C) | -40 |
| Service temp long term max (°C) | 90 |
| Service temp short term max (°C) | 125 |
| Chemical Resistance | Refer to Chemical Resistance Chart |
Applications
- Food processing
- Pharmaceutical plants
- Suction of abrasive powders
FAQs
-
What is the maximum temperature this hose can withstand?
The hose can handle temperatures up to 90°C for long-term use and 125°C for short-term peaks. -
Is this hose suitable for food applications?
Yes, it is food-grade and complies with EU and FDA regulations. -
Can the hose be made conductive?
Yes, it can be made conductive by grounding the spiral.


