What happens if you do not comply with REACH? Fines, risks and reputational damage

Tim van de Puttelaar

Tim van de Puttelaar is Manager Engineering bij Faes en gespecialiseerd in verpakkingsengineering en maatwerkoplossingen. In zijn bijdragen deelt hij inzichten over optimalisaties, testen en engineeringprojecten die bijdragen aan efficiëntere en duurzamere verpakkingsoplossingen binnen complexe supply chains.

Transport & Logistics

What happens if you do not comply with REACH? Fines, risks and reputational damage

Failure to comply with REACH leads to substantial fines, supply chain disruptions and lasting damage to reputation. The article emphasises how crucial correct documentation, chain responsibility and continuous monitoring are to prevent risks and ensure business continuity.

Transport & Logistics

What is REACH? European legislation explained for industry

REACH is the European framework that regulates the use of chemical substances across the entire supply chain, requiring companies to demonstrate safety and transparency. This article explains how REACH affects materials, packaging design, and compliance obligations for industrial manufacturers, and how Faes supports companies in becoming fully REACH-proof.

Transport & Logistics

Which vibration tests realistically simulate transportation of equipment?

Learn how vibration testing helps prevent transport damage and optimise packaging. Faes explains which test methods most realistically simulate the transport of equipment and how international standards such as ASTM D4169 and ISO 13355 increase reliability.

Transport & Logistics

Which drop tests are mandatory for professional transport cases?

Professional transport cases must meet strict standards such as ISTA, ASTM, ISO and MIL-STD-810 to protect their contents from shocks during transport. These drop tests assess structural integrity, water resistance and protection of contents, and are crucial in sectors such as defence, high-tech and medical equipment.

Transport & Logistics

How does a temperature test work for packaging that has to withstand extreme temperatures?

A temperature test shows whether packaging can withstand extreme cold and heat, ranging from −40 °C to +80 °C or even further. Realistic climate simulations are used to check whether materials, closures and seals remain reliable, so that products can be transported and stored safely and in accordance with international standards.

Transport & Logistics

How is a vibration test performed for industrial packaging?

A vibration test shows whether an industrial package adequately protects products during transport. Together with our renowned partners, we simulate realistic conditions and translate these results into concrete improvements for optimal safety.

Transport & Logistics

How does an IP test for dust and waterproofness of packaging work?

An IP test determines how well a package is protected against dust and water according to the international IEC 60529 standard. Through testing by our reputable partners, the IP code provides assurance about the reliability and safety of your packaging. We guide you from analysis to certification so that your products are always optimally protected.

Transport & Logistics

How does a drop test for cases and cases work?

Learn how a drop test for cases and crates works: from drop height and test standards to design, implementation and reporting. Learn how Faes works with test partners to ensure the protection, quality and reliability of packaging against damage during transport.