Through the recruitment of top rubber technologists, DENAIS has built an international team of developers who use the latest technology for knowledge sharing. DENAIS takes an integrated approach to recipe and mixing process development which takes into consideration customers’ processes, technical specifications, cost effectiveness and the latest in raw materials.

Rubber compounds need continuous improvement to face new requirements, process issues, evolving regulatory restrictions and develop new areas of application.
An efficient R&D structure is the key to succeed in these tasks and to accomplish true innovation. Every day in all DENAIS plants dedicated technical service works on sustainable solutions for customers with a multidisciplinary approach.
This unique multicultural and highly diversified expertise is gathered and coordinated through specific sharing activities in order to create consistent know-how.
DENAIS can also profit of well-established relationship and collaboration with customers, raw material suppliers, industrial partners and academic institutions that are nowadays essential for innovation.

Specific analytical capabilities are available in DENAIS laboratories, enabling our specialists to investigate main features of rubber compounds and parts.
Reverse engineering and failure analysis are some of the typical activities conducted in our laboratories, necessary for benchmarking and propaedeutic to product design and development.
Rubber business requires fast and close-to-market innovation and in this sense, pilot compounding and manufacturing are crucial.
The possibility to test and demonstrate innovative solutions, to realize prototypes and collect information about production and performances of future products helps DENAIS technicians to preserve promising innovations and to bring solution rapidly to the market.

Rubber is crucial in countless applications. Durability in most diverse conditions is key of this success.
DENAIS specialists investigate products under the most diverse conditions, in order to assess the resistance of compounds to harsh environments and service including chemicals, heat, electrical fields, radiations, mechanical solicitations.
Testing of compound conformity with the requirements of international standards or OEMS requirements is intensively performed in comprehensively equipped laboratories.