09.05.2017 - 12.05.2017 — Hall: 3.0 Stand: A 51
The management team of Fibre Extrusion Technology from Leeds, England looks forward to meeting visitors on Stand A51 in Hall 3 to discuss potential partnerships in fibre extrusion projects.
FET was established in 1998 with the firm objective of achieving technical excellence in our field and helping our customers to efficiently produce high value textile materials. This background has provided FET with a sound base for success and growth over this period. Our ongoing strategic objective is for controlled expansion year on year, extending our portfolio in response to customer demand.
· We offer in-depth expertise and knowhow into design, process technology, electronics, manufacturing and after sales service.
· Flexibility is a key strength, with bespoke and standard installations provided, ranging in value from $200k to $2 million.
Our customers tell us that, much more than just a supplier, they need the services of a true partner to succeed – one with comprehensive experience, knowhow and a proven track record.
FET has such a track record. As an established reputable provider, FET designs, develops and manufactures extrusion equipment for a wide range of high value textile material applications worldwide. We listen carefully to customers’ technical requirements and objectives – working closely with them and other intermediaries where required – building up strong working relationships to ensure successful projects, delivered on time and within budget.
Managing Director, Richard Slack explains where FET’s main strength lies. “In particular FET excels at finding solutions where others cannot. New Product Development and R&D departments often approach us with unique challenges related to man-made fibre and yarn extrusion issues. Our newly-equipped in-house Process Development Laboratory is available for customer assessment and appraisal”.
With installations in over 30 countries, FET is geared to working within the global marketplace and with diverse cultures.
FET designs, develops and manufactures bespoke extrusion equipment in Laboratory, Pilot or Production scale for a wide range of high value textile material applications worldwide.
The FET-100 Series is the mainstay of the FET range of bespoke products, offering considerable flexibility with interchangeable production formats, such as Multifilament, Nonwoven and Monofilament. Where melt spinning solutions cannot succeed, FET provides a viable alternative with pilot and small scale production FET-200 Wet Spinning Systems.
Essentially, however, FET is a customer-driven company. In the same way that our products are tailored to the client’s needs, our direction now and in the future will evolve very much in line with your requirements. This philosophy is illustrated clearly by our newly refurbished £1 million Process Development Laboratory.
The FET in-house laboratory facility is a vital element of our service, enabling a high level of equipment and process development for our customers. Installed in this facility is a complete range of pilot extrusion lines capable of facilitating all aspects of research and development. All resources are put at your disposal to allow complete freedom of testing, evaluation and development to maximise the prospects of a successful outcome
The FET laboratory is used by customers for numerous process and product development projects, such as:
Pilot systems for multi and monofilament
Systems for bi-component & non-woven uses
Melt injection systems for liquid additives
Process and product development
Proof of concept testing
Sampling and prototyping
Textile material engineering
Testing / evaluation of polymers & additives
Risk testing and elimination
Bespoke Laboratory and Pilot Equipment for Polymer Extrusion In recent years, FET has become...
Pilot & small scale production wet spinning systems Where melt spinning solutions cannot succeed,...
Systems and Products for specialist markets FET customers manufacture high value textile...
FET designs and manufactures high technology bi and tri component extrusion systems for the...