![]() |
|||||||||||
|
|||||||||||
![]() |
|
||||||||||
INNOVATIVE DEVELOPMENT As is well known all interesting inventions are born at the interface between different sciences. Specialists of various areas of science unite their efforts, and as a result, bright and unusual discoveries appear. Multilayer composite and hybrid materials are the most dynamically developing segment of science and technology. |
|
And we have learned long ago how to make equipment for the production of multilayer, polypropylene, and polyethylene pipes, but by joining forces with specialists in the field of plasma, we created a new technology, a new generation of equipment and a new generation of metal-polymer composite pipes with high resistance to delamination. The new pipes are strong, lightweight, flexible and welded using inexpensive fittings. |
![]() |
2020 generation pipes - Metal-polymer composite pipes with high resistance to delamination for water supply, heating, gas supply for the construction industry and utilities; - Flexible composite thermoplastic pipes reinforced with ultra-strong fibers for the oil and gas industry |
|||||||
COMPOSITE TECHNOLOGIES Treatment by ion beams and plasma are modern methods of active action on the surface. The surface properties can also be modified by thin film deposition. |
. A key element of modern composite technologies is the surface. Its structure, energy and topology determine the properties of the product (corrosion resistance, hardness, chemical activity) or, for example, the quality of the junction, if it is carried out on this surface. It is for this reason that we pay special attention to the activation and modification of the surface. The ability to manage the properties of surfaces is the key to successfully solving most technological problems. It is the ability to control the properties of the surfaces of multilayer pipes that allowed us to reach a new technological level. By modifying the surface of the metal layer in a multilayer pipe, we increased its resistance to delamination, internal pressure, water hammer, extended its service life and made it weldable for inexpensive polymer fittings. By acting on the surface of aramid fibers (Kevlar, Nomex, Kermel), fiberglass, carbon fiber, fibers from ultra-molecular polyethylene (UHMW PE, HM PE), we have obtained a flexible, durable polymer matrix in composite pipes for the oil and gas industry. We develop wide range of technologies for tailoring of surface properties:
The development of modern technologies is a science-intensive task which requires the efforts and knowledge of highly qualified specialists. We have combined a team of engineers and scientists from various countries to solve these problems, able to offer our customers new technologies, high-tech equipment and new technical solutions. The Fartrouven R&D team is happy to help you with your industrial projects. |
||||||||||
PIPE EQUIPMENT |
PLANT TURNKEY |
PUBLICATIONS | |||||||||
![]() |
![]() |
![]() |
|||||||||
High-tech equipment for the production of single-layer and composite multilayer polymer pipes and fittings. More details ... | Turnkey business. Factory of composite pipes with high resistance to delamination and modular fittings for their connection. More details ... | New magnetron with non-equipotential cathode. This is a new type of magnetron - a magnetron with a nonequipotential cathode (NEC-magnetron) provides spraying with a record high output. More details ... | |||||||||
FARTROUVEN R&D |
. |
||||||||||
Rua Campo de Futebol, 308 Ruivaqueira 2425-480 Souto da Carpalhosa, Portugal www.fartrouven.pt |
Portugal +351 244 814 038 e-mail: geral@fartrouven.pt |
© FARTROUVEN R&D PORTUGAL 2012-2021 |
|||||||||