Oxford Advanced Surfaces has announced that it will be exhibiting at JEC World 2017 from 14-16 March. OAS will join other innovators from the UK composites sector in the ‘UK Pavilion’ that is supported by the Department for Industrial Trade, Composites UK and the National Composites Centre.
|OAS at JEC World 2017 - UV Cure Surface Treatment Product
Performance & Productivity
JEC World will be held at the Parc des Expositions de Villepinte in northern Paris and 2017 will mark the second successive year it has exhibited at the show.
As well as it will promote its existing Onto™ based products
that deliver significant performance and productivity benefits for the surface preparation and adhesion promotion of advanced materials, it will also be showcasing a brand-new UV cure surface treatment product just before it heads to Paris.
Surface Chemistry Technology
Oxford Advanced Surfaces' CEO, Philip Spinks, said:
“We exhibited at JEC World for the first time last year and it proved to be a fantastic show for us with lots of interest in our products and innovative surface chemistry technology from composite professionals across the world.”
“We’re looking forward to going back to Paris again in March and showing people our revolutionary new adhesion promotion surface treatment product that will give customers more flexibility during the materials processing stage and increase the scope of the materials that that can be surface treated for painting and lacquering with our products.”
About Oxford Advanced Surfaces
Oxford Advanced Surfaces has over 70 years of experience and over 30 patents in this field since its commercialization out of the University of Oxford.
As timescales in manufacturing are often critical to business Oxford Advanced Surfaces endeavors to make the time between initial enquiry and supplying a solution as quick as possible. It will discuss the challenge including the evaluation and testing procedures to be sure that it is supplying the most appropriate available solution. It provides you with an Evaluation Pack from our library of Onto™ products for trial.
Source: Oxford Advanced Surfaces