Blog
Here you will find all the blog posts we have published on a wide range of topics. From an informative article about robot grippers for automated handling systems, to an article about our efforts to promote the circular economy, to an insight into this year's apprentice outing. You can find it all here at a click! Have fun!
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kununu Top Company 2025
kununu Top Company 2025
KUNDERT is kununu «Top Company» again in 2025
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Solar energy
Solar energy
By using the sun, we are making a decisive contribution to reducing our ecological footprint.
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KUNDERT acquires Hilty Engineering
KUNDERT acquires Hilty Engineering
As part of a succession plan, KUNDERT is acquiring Hilty Engineering AG from the previous owner and managing director Daniel Hilty at the end of May 2024.
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Fluoropolymers and the PFAS ban
Fluoropolymers and the PFAS ban
Per- and polyfluoroalkyl substances (PFAS) are used in countless forms and applications. The carbon-fluorine bonds are very difficult to break down and can accumulate in the environment, in drinking water and in food. For this reason, international efforts are being made to ban PFAS. [1]
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Welcome to our new website
Welcome to our new website
After more than a year of planning and work, we are pleased to welcome you to our new website and the new PLASTICS SHOP from 23 December 2023!
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New PLASTICS SHOP
New PLASTICS SHOP
The PLASTICS SHOP has been revised and improved at the same time as the new website.
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kununu Top Company 2024
kununu Top Company 2024
Awarded the «Top Company» seal by kununu for the third time in a row
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New training concept at KUNDERT AG
New training concept at KUNDERT AG
Strengthening of training for polymechanics and production mechanics at KUNDERT through the partnership with libs - Industrielle Berufslehren Schweiz from 1 January 2024.
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Polyurethane materials for high application temperatures
Polyurethane materials for high application temperatures
If high temperatures occur in applications, polyurethane systems usually reach their limits. However, KUNDERT offers polyurethanes with outstanding properties for precisely such cases, where most materials fail.