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THOSE SMALL DETAILS IN YOUR PLASTIC TOTES THAT CAN SLOW DOWN AN ENTIRE PLANT

Plastic totes are present at every stage of food and industrial operations: production, handling, storage, washing, freezing, shipping, and audits. Yet their selection is often based on habit, availability, or price — even though a poor choice can lead to wasted space, extra handling, hidden costs, and complications during quality inspections.

In this guide, we examine the criteria that have a real impact on operational performance: dimensions, capacity, materials, operating temperatures, stacking, nesting, FDA and HACCP compliance, CFIA, BRC, and SQF requirements, as well as the challenges related to washing, traceability, and day-to-day tote management.

You'll also learn how to recognize the signs that your container fleet has become less suited to your plant's current reality, how to avoid the most common purchasing mistakes, and what solutions can improve operational flow — without necessarily expanding storage space or modifying production processes.

PLASTIC TANKS: CHOOSING THE RIGHT MODEL AND ACCESSORIES TO AVOID COSTLY MISTAKES

The tank is installed. The connections are complete. The product has been transferred and everything appears to be running normally.

Then, a few weeks or months later, problems start to surface: unusual deformation, a leaking fitting, difficulty cleaning, an inspector flagging a missing certification or a product that turns out to be incompatible with the tank material.

In many cases, the problem doesn't originate from the tank itself. It comes down to a single detail that wasn't verified at the time of selection: the specific gravity of the liquid, chemical compatibility, regulatory requirements, accessories or actual operating conditions.

In this guide, we'll cover the criteria that genuinely drive plastic tank selection: NSF/ANSI 61, FDA and ASTM standards, the different tank types available, chemical compatibility, specific gravity, essential accessories and the most common mistakes observed in the field. The goal is straightforward: help you choose a tank that fits your application and avoid compliance, performance and durability issues after installation.

YOUR PALLETS ARE COSTING YOU TIME AND MONEY: IT’S TIME TO UNDERSTAND WHY

On the floor, everything seems to run smoothly. Pallets move, teams keep working, operations follow their normal pace.

But in reality, there are always small adjustments: a pallet repositioned in the rack “just to be safe,” forklift forks adjusted depending on the model, one pallet being repaired, another set aside because it feels less reliable. Nothing that truly stops production. Just everyday details… that eventually become part of the routine without anyone really thinking about them.

In this article, we highlight what truly impacts your operations: pallet choices that create daily friction, their concrete effects on material handling, racking, freezers, washing and internal logistics. Most importantly, we cover the real-world criteria to evaluate when choosing a pallet model that truly fits your plant reality, equipment and quality requirements.

YOUR PLASTIC PALLET BOXES MAY BE COSTING YOU UP TO 30% IN EFFICIENCY, IT’S TIME TO ACT.

Longer cleaning times, more complex handling, audits that drag on: this is not a coincidence.
It’s not a question of employee effort or attitude either. Teams work with the equipment they are given.
Before blaming people, it’s critical to look at the equipment in place.

A poor pallet box choice can slow down an entire plant, day after day.

In this article, we break down what really causes friction on the shop floor: the most common selection mistakes, the hidden impacts on hygiene, handling and logistics, and most importantly, the concrete criteria to choose a pallet box that truly fits your plant, your equipment and your audits.