Performance in every fiber
Tilsatec manufactures high performance hand, arm, and body protection for high-hazard industries.
Tilsatec manufactures high performance hand, arm, and body protection for high-hazard industries.
With extensive expertise, cutting-edge facilities, and comprehensive testing laboratories, we are constantly innovating to meet workforce protection needs as industries grow and change.
With raw materials vertically integrated, take advantage of quick customization, high availability, and low MOQ.
We ensure total quality control and maximum performance down to the fiber by manufacturing RhinoYarn®, our own proprietary cut-resistant yarn.
Tilsatec offers unique solutions, customized for your industry.
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.