Shaping the future with innovations: that has always been our driving force. DELO's enthusiasm for technological challenges and future-oriented thinking have distinguished our company since its beginnings. We are committed to contribute to sustainable developments through continuous innovation and take our responsibilities in terms of social, ecological, and economic challenges serious. In all areas, we do our best to generate a healthy growth in harmony with the environment and the needs of our customers and employees.
It is bonding that makes technologies such as e-mobility or newer approaches to solar applications possible and drives miniaturization. DELO's high-tech adhesives play an important role here. For example, they can help to:
- increase the performance of electric motors
- improve thermal management in battery systems
- produce ever smaller components in more efficient processes (e.g. sensors, RFID radio tags, optoelectronic elements)
- increase the reliability of thin-film solar cells.
Bonding also opens the way for product innovations and a more responsible use of resources throughout the value chain. For more energy-intensive joining methods, such as welding, bonding technology offers valuable alternative solutions. In addition, thanks to new innovative adhesives the curing time and temperature can be reduced in such a way that a multiple of the energy originally required in the production process is saved.
We want to help creating a more sustainable future and are making a contribution to reducing global CO2 emissions, ensuring sustainable growth and remaining an attractive and secure employer. Together with our employees, partners, and customers, we want to – and are able to – make a difference.
Detailed information can be found in the DELO Sustainability Report.
DELO is a specialist for sustainable and efficient process solutions. The majority of our adhesives is UV-curing, and we are continually developing new ways to replace energy-intensive heat curing processes. In this way, we support our customers in reducing their Scope 1 and 2 emissions (direct and indirect emissions, e.g. from the consumption of heating oil and purchased electricity) while minimizing our Scope 3 emissions (emissions in the supply chain).
Our innovative technology “Activation on the flow” allows to save up to 98% of CO2 emissions. By combining dispensing and preactivation, efficient UV-curing can also be used for complex, opaque geometries. Activation on the flow is a resource-saving alternative to heat curing processes.
Bio-based raw materials, such as cashew nutshell oil, have been used in some DELO products for many years. We are also testing in-house developments and are cooperating with technology leaders to test sustainable raw materials available on the market for their use in our adhesives. All raw materials used by DELO are solvent-free.
With regard to debonding of bonded joints, our experts are working on radiation-based approaches such as the use of IR or microwave radiation or the combination of thermal and mechanical options. Some of our adhesives, even those featuring high strength, can already be debonded, for example by using hot water. Others are able to absorb water, so that the adhesives swell, which allows components to be separated mechanically.
We are working intensively on the use of bio-based and recycled cartridges. To this end, our experts are conducting comprehensive feasibility studies to rule out any interaction with our high-tech adhesives. Through close exchange with our suppliers and regular market screenings for sustainable packaging solutions, we are always up to date about the latest developments and can perform sampling.
We have also changed our cartridge closures from plastic lids to small foil seals. This reduces the amount of waste due to closures at our customers' by up to 95%.
From tray to pallet: we use packaging solutions with a recycling content of 80 to 100%. By using temperature-controlled shipping containers from World Courier and other providers since 2018, we can save more than 1,700 t of CO2 emissions every year.