Industrial manufacturing lines

Silicone potting and sealing of electronics for the automotive industry is a process of encapsulating electronic components in a protective coating. This process is used to protect components from dust, moisture, vibration, and other environmental factors that could compromise the integrity of the product. The process also offers EMI/RFI shielding, and improved product aesthetics. The silicone used in the process is typically a two-part system of an A component and a B component that, when mixed, create a fully cured silicone coating. The silicone coating is applied to the components either manually or by automated dispensing systems, and then cured at an elevated temperature. The resulting silicone-encapsulated product is highly reliable and resistant to environmental and vibration-induced damages.

The use of conveyor belts is increasing exponentially as more and more industries automate their processes. Applications range from heavy industrial production to warehouse and logistics centers, but also in less likely settings like sushi bars or other consumer venues. For each application the coating on the conveyor belt must provide a specific combination of features. For example, they must have precise anti-slip properties so the item being transported stays on the belt, but also have the right release properties so it can pass on to the next stage in its journey.

Release agents are essential in many industrial molding applications. To properly mold plastics, metals, rubber and other materials the barrier effect between mold and molded object are required to be able to extract the object after preparation.

​​​To ensure safe and efficient production from end to end, the food industry must meet a great number of challenges throughout the processing cycle. This is true for all players in the industry: from large-scale industrial facilities to more artisanal food preparation operations, such as restaurants, bakers and caterers.