With its semi-industrial pilot lines dedicated to the development of high-end products & efficient processes, Centexbel-VKC assists companies in the search of new, original and successful (niche) products and in the implementation of new technologies.
Centexbel-VKC has put in place several channels to share the knowledge and expertise it has acquired during numerous collective research projects, testing activities and international networking meetings.
The testing or analysis of textiles and plastics - from raw material to finished product - by an independent and accredited laboratory not only results in a significant market advantage, but also shows respect for the safety, health and well-being of consumers.
This page provides an overview of our testing offer.
The R&D activities of Centexbel-VKC support the textile, plastic converting and related companies with the explicit aim to reinforce the innovation capacity of small and medium-sized enterprises (SME) and to assist the industry in its transition to a sustainable future.
By accessing this page you'll find a complete overview of all ongoing collective research projects.
Standardisation is the process of implementing and developing technical standards based on the consensus of different parties including companies, users, interest groups, standards organisations and governments.
The initiative of the FPS Economy, called standards cells aims at better informing SME's about the role and impact of standards within their companies as well as at promoting the application of standards.
Centexbel, the scientific and technical research centre of the Belgian textile industry, is an institution recognised by the application of the Royal Decree of January 30th, 1947 (a.k.a. "Law De Groote"). Its mission - in close co-operation with Fedustria - is to promote research and technological development with the intention of enhancing the cost-effectiveness, quality and production capacity of the Belgian textile industry.
Centexbel-VKC’s pilot extrusion lines offer the industry a useful, cost and time efficient platform to evaluate the spinnability of new polymer grades and recyclates and the processability and properties of new masterbatches, to produce prototype yarns in view of further testing and to optimise the extrusion process
Additive Manufacturing (AM) involves a series of techniques to produce objects by adding materials layer per layer. Centexbel-VKC researches the possibilites of AM or 3D printing to functionalize and to customize conventionally produced textile and plastic objects.
The textile platform is an innovation laboratory, open to textile industrials wishing to develop products that are offering an answer to demanding (product) criteria and to create commercial opportunities in technical textile niche markets (energy, aviation, medical devices).
The Centexbel coating & finishing platform is composed of several semi-industrial and labscale surface modification, coating and lamination lines for prototyping purposes and to carry out experiments in the framework of collective and private research projects.
Centexbel-VKC supports the textile and plastic converting industry in their search and development of novel and quality products by offering a series of tools, including specialized tests, flaw analyses, technological and environmental advice, innovation support, information and brainstorming sessions and research projects.
Products and services must meet regulated requirements which aim at guaranteeing their use in full safety. Meeting the specific requirements set out by ecolabels will market your brand as outstanding. Discover the different certifying systems for which Centexbel is accredited.
Intellectual property rights, and more in particular patents, are quite expensive. Before casting them off as not being worth the investment, have al look at the many financial measurements provided by the authorities that will turn your patent into profit.
In a circular economy, the value of products and materials is maintained for as long as possible. Waste and resource use are minimised, and when a product reaches the end of its life, it is used again to create further value. This can bring major economic benefits, contributing to innovation, growth and job creation.
REACH is a regulation of the European Union, adopted to improve the protection of human health and the environment from the risks that can be posed by chemicals, while enhancing the competitiveness of the EU chemicals industry.
A business model refers to the way a company creates and captures value. The features of the model define the customer value proposition and the pricing mechanism, indicate how the company will organize itself and whom it will partner with to produce value, and specify how it will structure its supply chain.
The Centexbel carpet testlab offers a wide range of floorcovering tests to ensure that the products are safe and meet the legal requirements as well as the industry specifications. Centexbel is a Notified Body (# 0493) for EN 14041 and assists in CE marking requirements under the EU CPR - Construction Products Regulation (305/2011).
NEN 8333 “Protective clothing ‐ Body covering clothing that supports the protection against tick bites and is industrially treated with permethrine”. The tests described in the standard may only be performed by validated testing labs.
Centexbel is acknowledged by the Deutsche Bundeswehr - Wehrwissenschaftliches Institut für Werk- und Betriebsstoffe (WIWeb) according to TL-8305-0031. As a result, manufacturers of protective clothing against tick bites can have their products tested according to the standard at Centexbel.
This set of rules specifies the general procedures, the method, responsibilities and rules CENTEXBEL, as notified body, applies in processing a certification application for products that fall under the scope of Centexbel (056-PROD) according to ISO 17065.
The regulation (EU) 2016/425 on personal protective equipment makes it mandatory to affix the CE marking on products used as Personal Protective Equipment (PPE). By means of this CE marking, the manufacturer* declares that the product complies with the essential safety and health requirements applying to PPE and that the product has been introduced on the market in conformity with the legislation. The technical requirements with which the products shall comply are described in the corresponding harmonized European standards or technical specifications.
The European Construction Products Regulation (CPR) declares that CE-marking is mandatory for a number of textile products used in construction. With the CE-marking, the manufacturer attests that the product is in conformity with the applicable technical harmonized specifications. The conditions to which these products must comply are described in the corresponding harmonized standards
The European Directive on Marine Equipment or MED 2014/90 makes it mandatory to affix the wheel mark on products that are used as marine equipment. By affixing the wheel mark, the manufacturer* attests that the product is in conformity with the applicable legal safety and health requirements and that it is marketed in conformity with the legislation. The technical requirements with which the products have to comply are defined in the corresponding harmonized European standards or technical specifications.
Our technology consultants are your personal coaches throughout any project or trouble shooting operation, maintaining a close collaboration with your company at all times. To give you the best possible advice they rely on a solid team of researchers and lab assistants.
Industry 4.0 refers to the advanced integration of products and processes via digital technology. It refers to cyber-physical systems (CPS). We can define Industry 4.0 as the next phase in the digitisation of the manufacturing industry, driven by technological developments.
Many products require CE marking before they can be sold in the EU. CE marking indicates that a product has been assessed by the manufacturer and deemed to meet EU safety, health and environmental protection requirements. It is required for products manufactured anywhere in the world that are then marketed in the EU.
Now that the federal safety council is gradually re-opening the country and restoring the economic activities, the wear of masks is being recommended in cases where it will be difficult or even impossible to respect social distancing. On this page we recapitulate our testing scope, the information on the different types of masks and the measures taken by the Belgian government on the ATP (Alternative Test Protocol) of medical masks.
The Toy Safety Directive contains all essential legal requirements which toys must conform with before they can be placed on the EU market. These safety requirements are divided into two groups: general risks and particular risks.
All toys that are sold in the European Union must bear the CE mark, indicating that they comply with the applicable legislation. The EU Toy Safety Directive 2009/48/EC outlines the rules on the safety of toys and on their free movement in the Community.
The European Regulation for toys 2009/48/EC requires the CE marking to be affixed to products that are used as toys. With this CE marking the manufacturer* declares that the toy is in conformity with the applicable essential health and safety requirements and that it has been placed on the market in accordance with the legislation. The technical requirements that these products must meet are described in the relevant harmonised European standards or technical specifications.
Some products may be intended to be used both as a personal protective equipment and as a medical device. These products are thus serving a double purpose. Products with a medical purpose in the patient environment are medical devices (MD), but as they may also be designed to provide protection to the user, they can fall into the definition of personal protective equipment (PPE). Some examples of dual-use products: gloves, facemasks, glasses or goggles, hearing aids.
The 2023 Conference on Composites, Advances in Composite Structures and Materials will bring together industry innovators, technology providers, researchers, economic promoters and other actors of the Composite Industry from all across Europe.
Almost four years into the project, we succeeded in developing different kinds of bio-based composites using four different processes. These materials are processed by similar techniques as conventional fossil-based composites, their mechanical properties are very promising and their environmental impact on the marine environment is lower than the one of conventional materials.
Biocomposites have the advantage of being very light. Unfortunately, the large variation in fibre properties makes a robust design difficult and their intrinsic moisture sensitivity can lead to premature degradation. The BREPLA project aims to further develop and disseminate the material knowledge required for the successful application of biocomposites in a growing number of end products.