Development of individual PUR formulations

Every application places specific demands on a material – and this is exactly where our strength lies. We develop customized polyurethane formulations that are precisely matched to operating conditions such as mechanical stress, temperature, chemical influences, or dynamic loads. Through sound material know-how, many years of experience, and extensive in-house testing capabilities, we create solutions that impress in terms of function, service life, and cost-effectiveness.

Optimization of mechanical properties

The targeted adjustment of mechanical parameters is a central part of our development work. By individually designing the PUR formulations, we specifically improve properties such as compressive strength, elasticity, and impact strength. This results in materials that function reliably even under high loads and guarantee a long service life.

Optimized thermal properties and insulation performance

Depending on the area of application, temperature resistance and insulation behavior are decisive for the functionality of a component. We develop PUR systems that are precisely matched to thermal requirements – from resistance to fluctuating temperatures to improved insulation values for energy-efficient applications.

Functional optimization through intelligent geometries

In addition to the material itself, the component geometry plays a decisive role in overall performance. Through sophisticated designs and targeted adjustments, functions can be optimized, forces distributed better, and material usage reduced. This results in efficient solutions that optimally combine functionality and cost-effectiveness.

Integration of additional functions

Modern PUR components can do much more than just fulfill their basic function. Through targeted material and design adjustments, we integrate additional properties such as sealing effects, vibration damping, or sound insulation directly into the component. This reduces the number of components, assembly effort, and interfaces in the overall system.

Sustainable material development and resource-saving material concepts

Sustainability is an increasingly important factor in material development. We therefore focus on resource-saving concepts and work on solutions that allow polyurethane residues, which are difficult to recycle, to be returned to the production cycle. The goal is to realize high-performance PUR products with the smallest possible ecological footprint.

Through extensive tests, simulations, and prototype production, we ensure that every component is precisely matched to the technical and economic objectives. Our developers work closely with our customers – from the concept phase to series production.

Material expertise meets innovation and responsibility

Material expertise &
PUR properties

Polyurethane is characterized by an extraordinary combination of technical properties – including high abrasion resistance, constant flexibility over a wide temperature range, excellent tear resistance, chemical resistance, and excellent surface quality. These advantages make PUR one of the most high-performance materials for demanding industrial applications.

Optimization &
Functionalization

Depending on the area of application, we can specifically optimize PUR components – for example, with regard to: wear behavior, surface quality, functionalizations such as antistatic, electrically conductive, dirt-repellent, or hydrophobic, as well as adjustments to environmental conditions (UV resistance, temperature, media resistance).

Sustainability &
Recycling

asma actively invests in sustainable material cycles. In research projects, we are working on recycling production waste and returning it to the manufacturing process – an important contribution to resource conservation and CO₂ reduction. The goal is to reuse a high proportion of PUR residues in the material cycle in the future.