Cut protection level F with leather palm TEGERA 411

Protective gloves for work with cut risks when handling metal parts. Combines CRF technology with nylon and elastane fabric, and leather reinforcement in the palm. Long cuff to cover the wrist and heat resistance by contact up to 100 °C for 15 s.

FEATURES

• Cut protection level F (ISO 13997 test)
• Leather palm for greater durability when handling bulky parts
• Nylon and elastane fabric with CRF technology
• Gauge 13, uncoated
• Long cuff for additional wrist protection
• Knit cuff for a stable fit
• Heat resistance by contact: 100 °C for 15 s

BENEFITS OF TEGERA 411 LEVEL F PROTECTION GLOVES

Provides a practical combination of cut resistance and touch for handling tasks where there are sharp edges and heavy metal parts. The leather palm helps reduce wear when in contact with abrasive surfaces, and the long cuff adds coverage in the wrist area. If you are looking for level F cut gloves for general use in metal and maintenance, this model fits due to its uncoated construction and palm reinforcement.

USES AND APPLICATIONS: WHAT IT IS SUITABLE FOR

Suitable for handling sheets, profiles, and parts with edges, maintenance work, assembly, and workshop operations where protection against cuts is required and extra reinforcement in the palm is needed when moving bulky metal elements. It is also an option for tasks with occasional exposure to heat by contact within the indicated level.

TECHNICAL DATA

• Brand: TEGERA (Ejendals)
• Cut protection level: F (ISO 13997)
• EN 388:2016+A1:2018 standard: 4X43F
• EN 407:2020 standard: X1XXXX
• EN ISO 21420:2020 standard: Compliant
• Heat resistance by contact: 100 °C / 15 s (valid for the palm area)
• Materials: cowhide, polyester, fiberglass
• Fabric: gauge 13
• Construction: uncoated; knit cuff
• EPI Category: Cat. II

REGULATIONS

The EN 388:2016+A1:2018 4X43F standard defines a high-performance mechanical protective glove with critical safety. It stands out for its maximum abrasion resistance (level 4) and tear resistance (level 4), along with solid protection against puncture (level 3); however, its most relevant feature is the level F in the TDM cut test, which represents the maximum possible protection against cuts from high-pressure sliding. It is an essential piece of equipment for extremely risky jobs, such as handling broken glass, sharp metal sheets, or cutting waste, where other gloves would fail.

The EN ISO 21420:2020 standard constitutes the mandatory legal basis for all protective gloves, establishing the general design and construction requirements. This standard does not measure specific risks (such as cuts or heat), but ensures that the glove is harmless to the user (neutral pH levels, absence of carcinogenic substances such as Chromium VI), that it respects standard sizes, and that it offers adequate dexterity for the intended work. It is the guarantee seal that the product is safe for the skin and ergonomically suitable for professional use.

The EN 407:2020 X1XXXX standard certifies specific thermal protection limited exclusively to contact heat level 1. This means that the glove is designed to allow the handling of hot objects up to 100°C for a minimum time of 15 seconds without the risk of burns. By presenting an "X" in the rest of the categories, it indicates that it has not been tested to resist flames, radiant heat, or molten metal splashes, so its use should be restricted to controlled low-temperature environments, such as laboratories, handling hot molds, or light bakery tasks.

FREQUENTLY ASKED QUESTIONS ABOUT TEGERA 411 LEVEL F PROTECTION GLOVES

What does the level F cut mean in this glove?

It indicates a high level of cut resistance measured by the ISO 13997 (TDM) method. It is designed for tasks where there is a real risk of cuts from sharp edges, for example when handling metal.

Are they suitable for handling heavy and bulky metal parts?

Yes, they are aimed at that type of handling: they incorporate leather in the palm to provide extra reinforcement when gripping or moving large and heavy parts.

Do they protect against heat?

They offer heat resistance by contact up to 100 °C for a maximum of 15 seconds, in the palm area. For higher or prolonged exposures, it is advisable to use specific heat protection.