How to choose the right industrial release agent
Choosing the most suitable industrial release agent depends on several technical factors related to the material, the production process and the operating conditions. A correct selection improves part quality, reduces waste and optimises overall process efficiency.
The type of material to be moulded — rubber, plastic or technical elastomers — directly affects the choice of release agent. Each material behaves differently during moulding and requires specific formulations.
Operating temperature, pressure and cycle time affect release agent performance. In intensive or high-temperature processes, high-performance, stable, degradation-resistant products are essential.
If the part is to be painted, bonded or undergo surface treatments, non-silicone formulations are preferred to leave no residues and ensure surfaces compatible with downstream operations.
In intensive production cycles, semi-permanent or fluorinated release agents are preferred: they enable multiple cycles per application, reduce machine downtime and improve overall efficiency.
Geometry, surface finish and part complexity determine the optimal formulation. Complex moulds or moulds with critical details require products that ensure uniform release even in challenging areas.
A careful technical evaluation of these factors makes it possible to identify the most suitable industrial release agent, optimising the moulding process and improving final product quality.
