Making Safety Sustainable: Hyflex® Recycled Range in Action
At Ansell, we are committed to protecting both the people and the planet. Through our Ansell Earth platform, we’ve enhanced several of our Hyflex® styles with sustainable innovations.
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Across manufacturing and industrial sectors, the expectations placed on personal protective equipment (PPE) are evolving. It’s no longer enough for gloves to simply deliver cut protection or mechanical durability. Today, businesses are asking bigger questions:
These questions mark a turning point in the industry. And they’re driving the emergence of a new generation of protective solutions that balance performance, durability, worker comfort, and sustainability. One example of this shift is Ansell’s new HyFlex™ Sustainable Cut Resistance Series. But the impact of this innovation goes beyond a single product line. It signals a broader movement toward responsible, circular material choices, and worker-centric PPE design.
Industrial gloves are consumed in vast quantities. A single manufacturing site can go through tens of thousands of pairs a year, many of which are quickly discarded due ton wear, contamination, or damage.
This high turnover has three major consequences:
For decades, PPE innovation has focused on achieving higher protection levels. Performance will always be fundamental to hand protection. As expectations evolve, sustainability is becoming an increasingly important part of how protection is designed and delivered. The next chapter of PPE innovation lies in bringing these priorities closer together without compromising safety.
Historically, many cut-resistant gloves have relied on metal or glass fibers to achieve required protection levels. While effective, these fibers can create discomfort – poking, itching, or breaking during use.
Workers often adjust, remove, or avoid wearing uncomfortable gloves, increasing risk of injuries.
The new wave of PPE innovation, demonstrated by the HyFlex™ Sustainable Series, shows what’s possible when material science advances in the right direction.
Advanced eco-yarns can now deliver:
While eco-yarns deliver the same, or higher, performance levels, they also incorporate a significant proportion of recycled polyester recovered from post-consumer PET bottles, resulting in measurable and meaningful reductions in carbon emissions.
This solves two problems at once: more comfort and less environmental impact.
One of the most significant innovations is the use of post-consumer recycled polyester, sourced from PET bottles.
Using reclaimed materials to reduce virgin plastic consumption reflects a broader necessity for circularity driven by regulatory directives, decarbonisation, and environmental impact reduction in the PPE industry.
In the case of the HyFlex Sustainable Cut Resistant gloves:
For companies under pressure to hit emissions targets or improve ESG reporting, this matters. PPE is no longer a negligible line item – it is becoming a tangible contributor to operational sustainability metrics.
Sustainability isn’t only about materials – it’s also about product lifespan.
A glove that wears out quickly generates:
This is where coating technology makes a measurable difference.
The DMF-free PU coating used in the HyFlex Sustainable Cut Resistance Series demonstrates how innovation shifts the waste equation:
up to 4× more wear resistance compared to standard PU means
4× fewer gloves thrown away over time.
Longer-lasting PPE isn’t just good for the environment – it’s good for productivity and budgets.
Washing reusable gloves can extend product use and reduce waste, but it also requires water, energy, and detergents. If gloves are not designed for laundering, washing may degrade materials and shorten usable life.
Frequent replacement avoids washing-related resource use but increases material consumption, manufacturing emissions, transport impact, and waste.
The most sustainable approach combines durability with limited, approved reuse. HyFlex Sustainable Cut Resistance gloves are engineered for long wear life; models 11-752 and 11-762 are approved for up to three wash cycles, helping reduce overall glove consumption while maintaining protection and comfort.
A sustainable glove must also be a safe glove, and this is where chemical stewardship matters.
DMF, latex, and silicone – commonly found in industrial gloves – can cause skin irritation, allergic responses, or contamination, depending on the application. Removing them creates a cleaner, safer glove experience.
On top of this, Dermatest® and OEKO-TEX® certifications reflect a broader trend: workers are demanding PPE that feels better, irritates less, and supports long-term skin health.
Sustainability is not only about planet impact – it is also about people impact.
Workers are demanding better comfort. Companies are seeking lower waste and stronger ESG performance.
Industries are facing growing regulatory pressure on chemical use and material transparency.
The convergence of these forces is reshaping the PPE industry in real time.
Sustainability is no longer a trend or optional add-on; it is becoming a defining factor in how high-performance hand protection is evaluated.
The transition toward sustainable PPE is not only responsible – it’s strategic.
Organizations that adopt more durable, lower-impact PPE stand to gain:
Forward-thinking companies are already recognizing that PPE decisions have broader implications than ever before.
Investing in sustainable protection is not just an environmental choice – it’s a commitment to worker safety, operational efficiency, and future-ready manufacturing.
At Ansell, we are committed to protecting both the people and the planet. Through our Ansell Earth platform, we’ve enhanced several of our Hyflex® styles with sustainable innovations.
Explore how next-generation materials and recycled fibers are transforming cut-resistant gloves, delivering proven protection and durability with a lower environmental footprint.
Discover how Ansell’s Indigenous Program supports First Nations communities through mentoring and education — funded by proceeds from select safety gloves.
