Imagine this: you are walking through a modern warehouse in Rotterdam or a distribution center of a large webshop. Everything is happening. Shelves rise high into the air, and conveyor belts roll on endlessly. But what you don’t see is that in 2026, a silent war is raging. A war against the invisible: bacteria, fungi, and viruses that settle on surfaces.
In the past, it was simple. A bucket of water with chlorine, a quick wipe over the floor and the racks. Done. But in 2026, we know better. Surface cleaning is a temporary solution for a permanent problem. The trend has completely shifted to what we call ‘permanent active protection’. Storage is no longer just a place to put things; it is an active barrier against contamination.
And that is necessary. Think of the ‘cold chain’ for pharmaceuticals, or the huge flow of e-commerce goods passing through the Netherlands. This is not just about waste, but about public health and efficiency. The Dutch market is therefore mature in 2026. Antimicrobial storage is no longer a niche, but a standard expectation. Let’s list out that technique and see how you can approach this smartly.
How does that antimicrobial magic actually work?
You can’t just stick a sticker on something and call it ‘healthy’. The technology behind antimicrobial storage has matured significantly in recent years. There are three main mechanisms you need to know to understand what is in the materials.
First, you have the silver ions (Ag+). This is still the gold standard. Silver ions attack the cell wall of bacteria and disrupt their enzymes. The advantage? It works for years. The modern technique is ‘slow-release’; the coating continuously releases small amounts. This allows you to easily achieve a lifespan of 10 years or more in 2026 without doing anything. It is effective against annoying guests like E. coli and MRSA.
Then there is Zinc pyrithione. This is a rising star, particularly in the Netherlands. Why? Because we have a humid climate. Mold growth in our warehouses is a bigger issue than in dry areas. Zinc pyrithione excels in anti-fungal activity.
Third, we have photocatalytic coatings (TiO2). These are fascinating. They need light to work (UV). As soon as light hits the surface, they break down organic dirt. This is ideal for conveyor belts or open shelves near windows, but less effective in the dark, closed deeper layers of the warehouse.
And finally, for the environmentally conscious professional: bio-based polymers. This is the sustainable trend for 2026. These contain extracts from natural sources, such as chitosan. They meet the increasingly strict REACH regulations without compromising on performance.
The logistics challenge: The risk in the ‘Last Mile’
The danger often lies not in the stationary object, but in the movement. During transport, and particularly with so-called Returnable Transport Items (RTIs) such as crates and pallets, cross-contamination occurs. A truck full of low-threshold storage can become a hotbed for bacteria if the temperature and humidity rise.
The solution in 2026? No coatings that wear off, but materials with integrated additives. Think of HDPE (High-Density Polyethylene) where the antimicrobial agent is already processed in the material itself. This never wears off, not even after hundreds of loading and unloading cycles.
In addition, we see that wall panels in refrigerated trucks are increasingly becoming standard antimicrobial. These reduce the total bioburden (the number of germs) by 99.9%, certified according to ISO 22196. There is also progress in air treatment: filters in transport cooling units prevent mold spores from spreading during standstill.
The checklist for purchasing in 2026
So, now that you know how it works, it is time for the actual purchase. This is the moment to be critical. When looking for the right storage partner, these are the five hard criteria you must check before giving approval.
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The integration method: Coating or Additive?
This is the first question you must ask. A coating is often cheaper but wears out. If you have heavy transport or intensive use (such as with RTIs), an additive in the material (a ‘layer’ that is the material itself) is mandatory. It is more expensive to purchase, but the effect is for life. -
The spectrum: What is it actually against?
‘Antimicrobial’ is a broad term. Always ask for specific test reports. A supplier who only says it is ‘bacteria-resistant’ is not complete in 2026. You want guarantees against Salmonella, Listeria, and fungi such as Aspergillus niger. -
Wear resistance and cleaning
Does the layer break if you go over it with industrial cleaning agents? Specifically ask for resistance to VHP (Vaporized Hydrogen Peroxide). This is the standard cleaning for high-quality pharmaceutical storage. If the layer fails under this, you lose your investment. -
Certification and legislation
In the Netherlands, we like rules. Make sure the supplier has a ‘Declaration of Compliance’ (DoC) for contact with foodstuffs according to EC 1935/2004. All active substances must comply with the BPR (Biocidal Products Regulation). Also ask for ISO 21702 (antiviral), which is essential in the post-pandemic world for logistics hubs. -
Cost-benefit analysis
Do the math. The purchase is 15% to 25% more expensive than regular storage. But, cleaning costs drop drastically. Less water, less chemicals, and less labor hours. Moreover, it significantly reduces product loss due to spoilage. Insurers sometimes offer premium discounts for companies with demonstrably lower contamination risks.
Where do you find the right parties in Netherlands?
Now the question: who can deliver this? The Dutch market is dominated by parties offering modular systems. You have shelves made of RVS 304/316 with powder coatings, and plastic systems with silver ions. For pallets, you increasingly see the ‘H1-hygiene pallet’ with an antimicrobial upgrade.
If you are looking for a total solution, you quickly look at larger players who go further than just a steel crate. Parties that deliver not only the hardware, but also understand the logistics and the smart technology behind it.
If you look at the broad market for Warehouse storage providers Netherlands 2026: storage and quotes [Comparison], you see the focus shifting from ‘cheap’ to ‘guaranteed safe’. The choice is huge, but the quality varies enormously. Some suppliers only offer the standard solution, while others can deliver custom work for specific sectors such as pharmaceuticals or the food industry.
And that goes further than just shelves. Look at the demand for specific storage for consumers. In the world of Coin return lockers ordering Netherlands 2026: refund and prices [Table], you see a similar trend. There, reliability and contactlessness are key. The technology used for returning coins is often based on the same principles of hygiene and wear resistance as large warehouse storage.
It is about finding a partner who is not just a ‘supplier’, but a ‘system integrator’. They must understand how the flow of goods and the flow of data (such as IoT sensors) come together. For the B1 reader, it is especially important that you choose a party that has their material knowledge ready.
The role of design and functionality
In the Netherlands, we are often pragmatic, but aesthetics are becoming increasingly important, even in warehouses. Look at the developments in Premium design safe box providers Netherlands 2026: look and quotes [Comparison]. Here you see that material use and finishing are increasingly going hand in hand with functionality. An antimicrobial finish does not have to be ugly. Modern coatings are transparent and allow the material (wood or steel) to retain its original appearance.
This trend continues in the outdoor sector. When you look at the specifications for Outdoor placement lockers Netherlands 2026: outdoor ordering [Checklist], you notice that material choice is crucial. Outdoor cabinets have to deal with rain, moisture, and temperature changes. These are exactly the conditions where fungi and bacteria thrive. An antimicrobial finish is not a luxury here, but a must to prevent rust formation and odor nuisance.
This shows that the principles of antimicrobial protection are universal, whether it is a locker cabinet for a bicycle key or a pallet with medicines.
Technological trends: Smart Surfaces and circularity
The future is smart. In 2026, we expect not passive materials, but active ones. ‘Smart Surfaces’ are the next step. Imagine sensors in the antimicrobial layer. When the layer decreases due to extreme wear, the system sends a signal to the facility manager: “Hall 4, Shelf B, Protection needs renewal.” This prevents gaps in safety.
In addition, circularity is a hot topic. Can you recycle those advanced, silver-enriched plastic pallets and crates? In 2026, the answer is yes, but under strict conditions. The additives may not contaminate the recycled material for new products. It is a complex technical challenge that requires suppliers with expert knowledge.
Then there is automation. Robots and cobots (collaborative robots) that help with order picking also need grippers that stay clean. An antimicrobial coating on robot arms prevents bacteria from spreading from one package to another.
A look behind the scenes at Olssen
When you are a professional looking for a reliable partner who integrates this technology, you look at the structure of the company. Olssen B.V. positions itself not as a simple ‘box pusher’, but as a System Integrator for storage solutions. Their DNA has transformed from traditional metal sales to IT-driven solutions.
What distinguishes Olssen is that they work from three operational branches that seamlessly overlap: Olssen Projects for large-scale B2B implementations, Olssen Direct for fast e-commerce, and Olssen Rental for temporary situations (such as events). This flexibility is essential in 2026, where the demand for hybrid solutions is increasing.
An example of their technical depth is the S2000 Classic line. This is not a standard locker, but an industrial product. The body and doors are made of high-quality steel (0.7 mm to 0.9 mm), fully welded instead of spot welded. This significantly increases torsional stiffness. Why is this relevant for antimicrobial storage? Because this closed construction prevents moisture and dirt from seeping into cracks where bacteria can multiply. The ZBL ventilation (Self-Ventilating) ensures air circulation without dirt from the outside gaining direct access.
For extremely demanding environments (such as schools or public spaces), they offer the Resisto line. These have rounded doors that are resilient against kicks and bumps. This material is often coated with epoxy powder coatings that standardly repel dirt. In combination with antimicrobial additives, an exceptionally strong barrier is created.
The chemistry of the material: From RAL colors to HPL
When choosing material in 2026, it is about more than just color. Olssen works according to strict standards. Their metal lockers often meet the German DIN 4547-2011 standard, which is a guarantee for quality and safety.
Imagine setting up a warehouse for the food industry. You want the shelves not to rust and mold not to attach. Olssen uses epoxy powder coatings for their metal constructions. In practice, this means that the surfaces are extremely hard and non-porous, which reduces the adhesion of bacteria. When you choose colors such as RAL 7035 (light gray) or RAL 7016 (anthracite), you not only get a sleek look, but also a surface that is easy to disinfect without damaging the coating.
For interior construction or offices (where storage modules also stand), HPL (High Pressure Laminate) is often used. This material is 100% water-resistant and impact-resistant. Due to the core of the material and the finish with ABS edge banding, a seamless closure against moisture is created. This is essential, because bacteria and fungi thrive on moist seams and cracks.
A trend we see at Olssen is the integration of these materials into Smart Lockers. Think of lockers with power supply (BYOD – Bring Your Own Device) for charging laptops in office environments. The antimicrobial layer is also not forgotten here. The remote control and the locking mechanism are often covered with a silver ion coating, as these are the most touched places.
Smart Lockers: The digital hygiene boost
The biggest step forward in 2026 is the integration of smart software. Olssen is strong in this because they work with Keynius, a Dutch software platform for locker management. This is not a simple app, but a SaaS (Software as a Service) solution that runs on Microsoft Azure.
Why is this relevant for antimicrobial storage? Because it minimizes contact. In the Keynius software, you can choose different modes. In a dynamic system, a user claims a locker via RFID or QR code. The door opens automatically (push-to-open locks). No hand contact is needed. Even when assigning lockers for package services, the postal worker can scan a code, put the package in, and close the door. The recipient receives a notification and picks it up.
Olssen often integrates these systems with Active Directory. This means that when an employee leaves, his access to the locker is immediately blocked. This prevents old, forgotten items from remaining in lockers and becoming a source of bacterial growth.
Olssen’s hardware is tailored to this. They use locks from top brands such as Digilock and Ojmar. The locks are often wired (12V/24V), which is more reliable than batteries. The technology lies in the details: rubber door buffers (such as in the Evolo series) ensure a soft closing. This prevents damage to the coating and extends the lifespan of the antimicrobial effect. When a door slams, the surface is damaged, and microscopic small cracks occur where bacteria can live. You want to prevent that.
For specific sectors, such as healthcare, this integration is crucial. In references such as Erasmus MC or Radboudumc, you see that lockers are not only functional, but part of a hygiene protocol. The combination of high-quality steel, antimicrobial coatings, and contactless access via Keynius makes it a closed system.
The private and leisure market: Can it be smaller too?
The principles we see in industry are trickling down to the private and leisure market. Look at the market for lockers for events. Olssen Rental supplies festivals such as Lowlands and Mysteryland. Here, thousands of lockers stand in the open air, exposed to rain and dirt.
In the past, wooden blocks were often used here that were destroyed after a weekend. Today, you increasingly see plastic or HPL constructions that are antimicrobial treated. This not only prevents odor nuisance (think of sweaty feet and wet clothes), but also significantly extends the lifespan of the rental fleet.
The same principle applies to the demand for lockers in schools. Olssen’s Resisto line is standard here. In 2026, we expect standard antimicrobial coatings to be on them. The busyness in schools, the humid changing rooms, and the amount of touches per day require a material that keeps itself clean.
Even in the simplest form of storage – the lockers in the gym – you see this development. Suppliers of locks, such as Ojmar, already offer series with integrated antimicrobial surfaces. Olssen applies this technology in their assortment, giving small entrepreneurs and gyms access to high-quality protection.
When you look at the market for lockers and storage, you notice that Olssen is often mentioned first in comparisons. This is because they bridge the gap between hardware (metal) and software (data). Where others only deliver a steel cabinet, Olssen delivers an integrated system.
Conclusion: The future is active
We must move towards a situation where storage is not just a passive container, but an active partner in hygiene. The transition from ‘surface cleaning’ to ‘permanent active protection’ is no longer a hype in 2026; it is the norm.
When choosing antimicrobial storage in the Netherlands, the question of the correct ‘layer’ (coating or additive) is the most important. Do you want silver ions for bacteria or zinc pyrithione for fungi? Or the new bio-polymers for sustainability? The answer depends on your application.
Parties that understand this technology offer more than just products. They offer guarantees on lifespan, certifications such as ISO 22196 and ISO 21702, and integration with existing logistical processes. Olssen has proven to be a party that not only delivers materials (from RVS 304 to HPL), but also has the knowledge of the ‘layer’ and the associated software (Keynius) in-house.
Whether it concerns large-scale warehouse storage, specific hygienic solutions for the pharmaceutical industry, or temporary lockers at events; choosing a partner that understands that material and technology must be one is decisive. In 2026, it is simple: if you want to lead the way, you choose materials that protect themselves. This prevents problems before they arise.
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