A single supplier and a guarantee of improved panel plant performance. These are two of the many benefits of an integrated post-production stage.
July 22, 2023
The increasing focus on efficiency in homes, public buildings, and industries has been a significant growth driver for the insulation panel industry. Increased demand has led panel manufacturers to move increasingly toward lean manufacturing, which allows the production process to be more efficient, highlighting burdensome waste, including chemicals.
For this reason, the countless pieces of equipment that make up a complete PIR and phenolic panel production line must work in perfect synchrony. Choosing a plant supplier that integrates a state-of-the-art panel post-processing system can make a difference.
At Cannon, we have expanded the range of turnkey plant technologies for insulating panel production to include post-processing equipment, which is custom-designed and manufactured with a focus on the attention to detail, robustness, and reliability required by this industry. This allows our clients to have a single interface that efficiently coordinates each project phase.
If you want to learn more about our post-processing equipment, read here.
Benefits at a glance
- A single supplier for every need
- Better plant performance
- Compliance with deadlines
- Selected supply chain
- More efficient and sustainable processes
We select the supply chain carefully
Being responsible for a project also means making choices aligned with our quality standards.
That’s why we pay special attention to our supply chain, selecting companies that share the same values as we do to ensure the highest quality of the plant and minimize the risk of failure.
We reduce and reuse waste
We design our production processes and machinery to reduce the chemical waste generated during all processing stages as much as possible.
Our R&D department is constantly working to make the processing stage more and more precise so that we have a lower percentage of waste polyurethane in the next step.
But there’s more: some dust generated by cutting and profiling can be recovered, treated, and – depending on the final product – returned to the processing stage.
