Food safety knows no borders. But while yoghurt from France ends up in Japanese supermarkets without any problems, technicians and purchasers struggle with a maze of different standards for spare parts and components. A challenge that is increasingly preoccupying the global food industry.
The puzzle of standards
Let's take a simple seal in a dairy. In Europe, it must comply with EC1935. The USA requires FDA conformity. Japan has its own regulations. China has others. What at first glance appears to be bureaucratic overzealousness has tangible reasons: Each standard was developed to meet specific requirements.
When precision meets pragmatism
The global food market is growing together. Production plants are traded internationally, spare parts are procured worldwide. Today, a German pump supplier not only has to meet European standards, but also American, Asian and other standards. A costly and time-consuming process.
The chemistry has to be right
Food contact means chemical interaction. A sealing material that works perfectly with dairy products can fail with acidic beverages. International standards must reflect this complexity - without losing practical applicability.
From vision to reality
The harmonization of standards is more than just a technical project. It requires cultural understanding, political will and economic common sense. The pioneers of this development are international corporations that need to standardize their global supply chains.
The path to standardization
Initial successes are visible. International working groups are developing overarching standards. Certification bodies recognize each other's tests. Manufacturers orient themselves to the most stringent requirements. A process that takes time, but is progressing inexorably.
Technology as a driver
New manufacturing technologies are accelerating standardization. Additive manufacturing, for example, requires completely new specifications. An opportunity to establish international standards right from the start. The same applies to new materials and coatings.
The economic dimension
Harmonized standards mean efficiency. Fewer tests, faster approvals, simpler warehousing. A decisive advantage for MRO procurement. Those who operate globally benefit from harmonized specifications.
Rethinking security
Modern standards go beyond pure material properties. They take into account the entire life cycle of a component. From production to cleaning and disposal. A holistic approach that sets new standards.
The future is digital
Digital technologies are also changing standardization. Blockchain-based certificates make conformity traceable. Digital twins simulate the behavior of components. Big data helps to continuously improve standards.
Conclusion: A global project
The standardization of food grades is a mammoth task. It requires patience, expertise and international cooperation. But the effort is worth it. Uniform standards make food production safer, more efficient and more sustainable.
The journey has only just begun. New materials, new technologies and new requirements will require further adjustments. But the direction is clear: the future belongs to global standards that guarantee safety and enable innovation.
Frequently asked questions
What does food grade mean for spare parts and seals?
Food-grade components must not release harmful substances in impermissible quantities when in contact with food and must be resistant to the product and cleaning agents. In Europe, Regulation (EC) No 1935/2004 is the relevant standard; in the USA, it is FDA compliance. Corresponding documentation is mandatory for seals, hoses or pump parts in the food industry.
What is the difference between EC 1935/2004 and FDA compliance?
EC Regulation 1935/2004 generally governs materials and articles in contact with food in the EU. FDA compliance refers to the regulations of the US food authority. Both pursue the goal of food safety but differ in their requirements and documentation. Japan, China and other countries also have their own rules that must be observed when exporting.
Why does the choice of material depend on the food?
Food contact means chemical interaction. A seal material that works reliably with dairy products can fail with acidic beverages or high-fat products. Temperature and cleaning processes also play a role. That is why operating conditions should always be stated precisely in procurement so that the suitable, approved material is chosen.
How do harmonised standards simplify spare parts procurement?
Uniform specifications mean fewer tests, faster approvals and simpler stockholding. Companies that produce globally can use identical parts at several sites. Many manufacturers already align themselves with the strictest requirements in each case, and certification bodies partly recognise each other's tests. For MRO procurement, this is a clear efficiency advantage.