About STENFLEX® Your partner for flexible pipe connections
Offering quality and reliability for over 50 years
For over 50 years now, customers working in the field of industrial pipeline construction around the world have relied on flexible pipe connections
from STENFLEX® – the specialist for high-quality construction elements. STENFLEX® can offer something very special in terms of the quality, value and durability of its products and is inextricably linked with rubber and steel expansion joints made from conventional materials such as EPDM, NBR, butyl and stainless steel.
Tried-and-tested applications of STENFLEX® pipe connections:
- Nuclear plants, conventional power plants and large-scale plant construction
- Heating, ventilation and air conditioning technology as well as drinking water and wastewater technology
- Industrial applications such as machine construction, motor production and industrial equipment manufacture
- Shipbuilding, propulsion and marine technology, offshore platforms and drilling application
Cost-efficient and sustainable:
STENFLEX® expansion joint technology sets itself apart with three outstanding features: it is completely maintenance-free, extremely reliable in applications and incredibly durable. This means that operators can rely on our expansion joints to be cost-effective and sustainable.
The core strengths behind our success:
- Ongoing development of the product range
- Comprehensive customer service thanks to an international sales network
- Maximum reliability and adherence to deadlines
- An uncompromising customer focus
- A sense of responsibility for our customers and their needs
- A consistently high level of quality in accordance with DIN EN ISO 9001:2015
Functional advantages of STENFLEX® expansion joints:
- Delayed material ageing thanks to protective components
- Absolute and sustained flange sealing
- Easy installation as well as high resistance to pressure surges thanks to vulcanised reinforcing materials made from synthetic fibres and steel wire
- Maximum cost-effectiveness