An engineer’s guide to safety gloves: How gauge, grip and material work together
19 May, 2026
An engineer’s guide to safety gloves: How gauge, grip and material work together
19 May, 2026
When engineers choose safety gloves, the conversation often starts - and ends - with gauge. Thickness is important, but in real engineering environments, it’s only one piece of the puzzle. In industries where tools, pipes and machine parts are often covered in oil or grease, grip performance, coating technology and material durability are just as critical as the glove’s gauge.
A glove that is technically thin and flexible can still fail if it can’t hold onto slippery surfaces. The key is selecting gloves designed with the right balance of gauge, grip and material. For many engineering tasks, 24-gauge (24gg) gloves provide that balance, delivering precision, control and durability even in challenging oily environments.
What gauge really means
In glove manufacturing, gauge refers to the number of stitches per inch in the knit fabric. The higher the gauge, the finer and more tightly knit the glove.
Lower gauge (e.g.7 - 10gg) – thicker knit, less dexterity
Within the intricate balance of industrial safety, every innovation is a step towards a safer, more sustainable future.
Polyco Healthline's latest offering, Polyflex Eco Air, represents a culmination of technological advancements and environmental consciousness, but its roots lie deeper, in the very fibres of its design.
The Quest for Lightweight Protection
Across industries, the demand for lightweight gloves with18-gauge liners has been steadily rising. This preference stems from the need for enhanced dexterity without compromising protection. As tasks become more intricate, workers require gloves that offer a delicate balance between dexterity and safety.
Enter Recycled Nylon Yarn
Key to Polyflex Eco Air is a simple yet revolutionary component, recycled nylon yarn. This innovative material represents a major shift in glove manufacturing, offering a sustainable alternative to traditional materials without sacrificing performance. By repurposing nylon fibres, Polyco Healthline has not only
Safety and Sustainability: The Technology Behind Polyflex Eco Air
08 May, 2024
Safety and Sustainability: The Technology Behind Polyflex Eco Air
08 May, 2024
Introducing Polyflex Eco Air, a remarkable addition to Polyco Healthline’s range of safety gloves, blending cutting edge technology with environmentally conscious materials redefining hand protection in the workplace.
Understanding the Technology
At its core, Polyflex Eco Air is engineered to deliver optimal performance without compromising on environmental responsibility.
Let's delve into the key technological features that set this glove apart.
Ultra Lightweight Construction
One of the standout features of Polyflex Eco Air is its 18-gauge, incredibly lightweight liner. This design not only ensures maximum dexterity but also minimises fatigue during prolonged use. By employing advanced manufacturing techniques, Polyco Healthline has achieved a balance between comfort and protection, enhancing user experience across various industries.
Recycled Nylon Yarn
In a bid to reduce environmental impact, Polyflex Eco Air utilises recycled nylon yarn, adding to our Eco range, but our first foray
Consumers are becoming increasingly concerned with the environmental impact of the products and services they use, and so there is great demand for products which purport to minimise harm to, or benefit, the environment. This focus on sustainability has led to the proliferation of products with various green claims, however, many of which may mislead consumers and/or exaggerate any environmental benefits. Biodegradation-promoting additives (also referred to as enzyme-mediated biodegradable additives) are claimed to make conventional (typically derived from fossil fuels and non-biodegradable) polymers (such as nitrile) attractive to microorganisms and therefore biodegradable (in landfill conditions) when incorporated with the polymer, thus proposing an end of life solution for non-recyclable polymers (including nitrile gloves). The exact mechanism by which these additives supposedly function is yet to be explained or proven in any publicly available peer-reviewed scientific study
At Polyco Healthline, we understand the need to reduce our waste as much as possible to support our sustainability goals, as recently outlined in our #phAMBITION project. We have set ourselves targets to reach by 2030 to address the key sustainability impacts and opportunities throughout our value chain.
#phAMBITION is Polyco Healthline's new sustainability programme. It aims to build upon our sustainability successes so far and set new targets and goals whilst unlocking the power of change. Our programme is aimed at addressing the social and environmental challenges of the next decade with commitments to improve the lives and wellbeing of our people with the smallest environmental footprint.
We have been identifying the areas where we need to make the most changes to reduce our CO2 footprint. Our pursuit of Zero Waste, Say 'No' to plastics and Energy efficiency stems from this. Our strategy is focused on addressing key sustainability impacts and opportunities throughout our value chain.
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