Choosing the Right Abrasion Level for the Job
The abrasion score indicates how long a glove is likely to last when exposed to abrasive surfaces.
Lower levels (0–1) are suited to light tasks such as packaging, inspection, and assembly, where contact with rough materials is minimal.
Mid-range levels (2–3) are appropriate for general handling, construction, maintenance, and logistics tasks involving more frequent abrasion, such as pallet handling.
Higher levels (4–6) are designed for heavy-duty environments with continuous wear from rough or sharp materials, including metal handling, concrete work, waste management, and oil and gas applications. In these cases, a higher abrasion rating can extend glove life and reduce replacement frequency.
Selecting the correct level is key, as over-specifying may reduce dexterity, while under-specifying can lead to premature failure.
At Tilsatec, we’re often asked: What’s the real difference between cut level A5 and level A9 gloves, and which should you choose?
Not all cut resistant gloves are created equal. If you’ve ever compared A5 and A9 cut gloves and wondered what the real difference is, you’re not alone.
These ratings come from the ANSI 105-24 standard and are used to match glove performance to the risks you’re working with. In this article, we’ll break down what those cut levels actually mean, ASTM F2992 testing and how it is relevant for higher rated gloves, and where you’re most likely to see each level used in real working environments.
In a world where sustainability is no longer optional, understanding the true environmental impact of your PPE is vital.
At Tilsatec, LCAs are a practical tool in product design and sustainability planning. As outlined in our 2025/26 Sustainability Report, we’ve taken tangible steps to measure and reduce the environmental impacts of our product range. Read our latest Technical Untangled to understand the value and benefits in sourcing PPE that has a demonstrable C02 footprint.
When temperatures drop, hand injuries can tend to rise. Cold weather doesn’t just make work uncomfortable, it directly impacts grip strength, dexterity, reaction time, and ultimately, safety. For workers handling sharp tools or materials, the combination of cold exposure and cut hazards can be especially dangerous.
In this edition of Technical Untangled, we will break down the following: Flame Resistance, the North American standard ANSI/ISEA 105 with its incorporated thermal test methods and European standard EN407. Our mission is to clarify the complexities of these standards to help you choose the appropriate solution for your needs.
Professionals who work with high-voltage systems and electrical equipment encounter several challenges, including the risks associated with live wires, unexpected electrical faults, and arc flash incidents. When an arc flash occurs, the danger extends beyond electricity; it also involves a...
For workers in industries such as construction, scaffolding, or cold storage, where hands are frequently exposed to low temperatures, thermal protection is imperative. Choosing the correct hand protection not only keeps workers comfortable, but also reduces the risk of serious...
When it comes to hand protection, electrical insulating gloves stand out as essential Personal Protective Equipment (PPE). Classified as Category III PPE, they provide a critical defense against life-threatening electrical hazards. A new pair of high-quality gloves can instill confidence,...
