Why Abrasion-Resistant PU-Coated Gloves Boost Tactile Grip

When an employee struggles with a small bolt simply because the gloves are too thick, it is not just a small problem. This is usually the reason why people remove the gloves midway, especially at the point where the gloves would have been really useful. This is because the PU Coated Gloves have a very thin and dense polyurethane coating and are also strong enough to withstand abrasions and still maintain their grip. As top industrial safety product manufacturers in India, Mallcom offers PU-coated as well as leather gloves.

What Makes PU Coated Gloves Abrasion Resistant?

The coating material is the dense layer of polyurethane that is sprayed onto the seamless knit material lining, which is generally 13 gauge in thickness to give a snug, low-bulk fit. It is the density of this coating material that protects the surface from wearing down due to abrasion from contact with metal edges, packaging or rough surfaces in an assembly line. The construction of a seamless knit material inside the coating is just as important as the coating; there is no stitching along the hand or finger seams to create a weak spot in which the glove will begin to wear first due to friction. This is what makes them genuine Abrasion Resistant Gloves rather than just gloves marketed as tough.

How Does PU Coating Improve Tactile Grip?

Thick coatings make the gloves bulky, resulting in a lack of sensitivity in the fingertips. This is always an issue the moment there are tiny objects, wires, or nuts involved in the task. PU Coated Gloves are meant to be more flexible in terms of their thickness since it allows for closer contact between the underlying seamless knit gloves and fingertips, providing sufficient sensitivity to handle tiny pieces without taking off the gloves.
This matters most in tasks where the hand is doing repeated small movements rather than one sustained grip: threading a screw, feeding a wire through a connector, picking a component off a tray for inspection. A thicker glove forces the worker to either fumble through the task or remove the glove entirely, which defeats the purpose of wearing protection in the first place. For anyone handling small hardware or components for hours at a stretch, that difference decides whether the glove stays on or comes off within the first twenty minutes, and workers who keep pulling gloves off mid-shift are effectively working unprotected for a meaningful chunk of the day.

Understanding EN388 Ratings for Workplace Gloves

EN388 is the reference standard behind most glove packaging claims, covering mechanical hazards like abrasion, blade cut resistance, tear resistance, and puncture resistance under one certification framework. Each hazard is tested separately using standardised lab methods, so a glove's EN388 mark reflects actual performance data rather than a general durability claim written by the manufacturer. A glove tested and marked under EN388:2016+A1:2018, as Mallcom's PU-coated range is, has been through this process specifically for abrasion and cut resistance.

That distinction is worth checking before buying workplace gloves in bulk for a team, since two gloves that look nearly identical on a shelf can carry very different real-world resistance depending on whether they've actually been through this testing. A supervisor stocking PPE across dozens of workers is better served checking the certification mark on the listing than relying on how sturdy a glove feels by hand, since coating thickness alone doesn't reliably predict how a glove performs under sustained abrasive contact. This distinction matters when sourcing from different industrial safety products manufacturers in India, since testing rigour varies from brand to brand.

Where Do PU Coated Gloves Fit on a Factory Floor?

P313G and P513B have been designed for construction, manufacturing, logistics, and iron and steel job sites where hands constantly have to grip, lift, and adjust. These gloves are ideal for such work since they last an entire workday without getting stiff, which thick gloves tend to get with time. It is especially convenient at warehouses and assembly lines where workers are constantly carrying large items but need to secure small screws as well.
In logistics and warehouse picking specifically, workers handle a mix of cardboard, strapping, and metal shelving edges throughout a shift, all of which wear down an uncoated glove quickly while still requiring enough grip to move boxes efficiently. On an iron and steel floor, PU-coated gloves suit tasks like sorting, tagging, and light handling of finished stock, where full leather gauntlets would be overkill but bare-hand contact isn't an option either. As certified abrasion-resistant gloves, P313G and P513B are built for exactly these environments.

When Should You Choose Heavy Duty Leather Gloves Instead?

Tasks dealing with cutting edges of sheets of metal, glass or requiring prolonged high-friction contact need the tougher skin of the heavy-duty leather glove, where the strength of the material is more important than sensitivity. The Mallcom C542 and C853 Gloves, which are made from split leather, Canadian-style gloves conforming to EN388, are specifically designed to meet the tougher requirements of such tasks, with added protection on the knuckles. In addition, leather gloves have better heat resistance compared to the polyurethane coating.
In practice, the rule could not be simpler: when precision is required, PU-coated gloves should be used; and for the application that requires pure resistance to tough or sharp surfaces, leather gloves should be chosen. In many cases, the two types of gloves will actually be provided on the factory floor, as PU-coated gloves will be issued for assembling and picking, while leather gloves will be used for material handling and maintenance jobs. For teams that need both dexterity and rugged coverage, stocking Heavy-duty Leather Gloves alongside PU-coated pairs covers the full range of hazards on a shift.

Choosing the Right Pack Size for Your Team

P313G gloves are sold by Mallcom as a pair only, whereas P513B gloves are sold in packs of 12. This makes sense as far as those responsible for procuring PPE for an entire shift or an entire floor are concerned. An individual purchaser or someone looking for a replacement glove may require just one pair of gloves, but for someone stocking gloves for use on the entire floor, a pack of 12 will be necessary. This will make sure that there is always a ready stock available and that the problem of shortages in the middle of a shift is avoided. Keeping both pack sizes in stock is one reason Mallcom remains a trusted name among industrial safety products manufacturers in India, and it keeps Workplace Gloves available without running short mid-shift.

Conclusion

Protection and grip are two different needs, and wearing a glove that fulfils one purpose does not automatically fulfil the other purpose. Using coated PU gloves for delicate tasks and leather gloves for rough work increases the safety of hands much more than choosing one type of glove and wearing it for all tasks. That's the simplest way to choose between PU-coated gloves and heavy-duty leather gloves for any task.

FAQs

Q. What does EN388 Certification Cover on PU-Coated Gloves?

The EN388 standard ensures that the gloves resist mechanical risks such as abrasion, cut resistance, tear resistance, and puncture resistance. The P313G and P513B gloves from Mallcom have been certified to the EN388:2016+A1:2018 standard, particularly for abrasion and cut resistance, thus qualifying as true abrasion-resistant gloves and not just marketed ones.

Q. Are PU Coated Gloves Washable and Reusable?

The PU-coated gloves can withstand minor cleaning procedures, but heavy cleaning may cause wear and tear to the coating over time. Instead of constantly using washing techniques to prolong the life of one pair, it is recommended to use different pairs of gloves alternatively.

Q. Can PU-Coated Gloves be used for Electrical or Wet Work?

Mallcom’s P313G and P513B are certified under EN388:2016+A1:2018 for abrasion and cut resistance, not for electrical insulation or chemical exposure. For electrical or wet-handling tasks, a glove specifically rated for that hazard is the safer choice rather than relying on a general-purpose PU-coated glove.