Skytec Dual Latex Fully-Coated Cut Level F Cut Resistant Gloves - Cold Weather and Wet Handling

Who is this for

Dual latex fully-coated cut resistant thermal gloves at this specification are used primarily by highway maintenance operatives, construction labourers, and utilities engineers who work outdoors in winter and extreme cold conditions where sharp material handling and thermal protection are both required throughout the shift. The TDM Level F cut rating and EN511 cold protection to -30°C make this glove suited to environments where standard cut gloves provide no thermal protection and standard winter gloves provide no meaningful cut resistance. Procurement teams specifying PPE for outdoor workers under the Personal Protective Equipment at Work Regulations 1992 will find this glove addresses the combined cut and cold hazard profile of highway maintenance, civils labouring, and utilities work in a single certified product.

Typical applications

• Highway maintenance and repair tasks involving sharp road debris, rebar, and aggregate handling in cold and wet winter weather conditions.

• Masonry and brickwork on construction sites in winter, where cold stone, wet mortar, and sharp masonry materials are handled throughout outdoor shifts at low temperatures.

• Utilities maintenance tasks involving sharp pipework, metal infrastructure, and cable handling in cold outdoor environments during winter months.

• Construction labouring tasks in extreme cold including groundwork, drainage installation, and material handling where both cut hazard and thermal protection are required simultaneously.

• Working with hot asphalt tools and heated highway repair equipment in cold ambient temperatures, where the EN407 contact heat rating provides incidental protection against warm material contact alongside the cold protection function.

• General outdoor site work in extreme cold weather conditions where operatives handle sharp and abrasive materials across extended shifts in sub-zero or near-zero temperatures.

How to use

Step 1: Select the correct size. XS fits hand size 6, S fits 7, M fits 8, L fits 9, XL fits 10, XXL fits 11, XXXL fits 12. A correctly fitting thermal glove is critical — an oversized glove allows cold air to enter at the wrist and reduces the thermal liner's effectiveness.

Step 2: Pull the glove fully over the hand, ensuring all fingers are fully seated within the latex coating. Check that the coating covers the entire hand surface from fingertips to cuff with no gaps visible at the knuckles or finger junctions.

Step 3: Seat the elasticated knit cuff flat against the wrist before beginning work. In cold and wet conditions, tuck sleeve cuffs over the glove cuff where possible to prevent cold water running inside the glove from the forearm.

Step 4: Inspect the latex coating before each use. Check fingertips, knuckles, and palm for any cracking, peeling, or breach in the coating. A breach in the outer latex layer allows water ingress into the thermal liner, which rapidly reduces insulating performance in cold conditions.

Step 5: After use, wipe with a damp cloth to remove debris and contamination. Air dry fully at room temperature before storing. Do not dry near direct heat sources — high heat degrades latex coatings and compresses the terry fleece liner.

Step 6: Replace when cracking or peeling of the latex coating is visible, when the water repellent surface no longer beads water effectively, or when the thermal liner feels compressed or thin.

Common mistakes

• Relying on these gloves for sustained subzero immersion: EN511 cold protection to -30°C applies to short or intermittent cold contact. These gloves are not rated for sustained immersion in ice water or prolonged continuous contact with frozen surfaces. Replace immediately if the liner becomes wet through a coating breach.

• Using these gloves for chemical handling: The latex coating is a water repellent grip barrier, not a chemical-resistant barrier. These gloves carry no EN374 rating and must not be used for chemical splash handling or chemical immersion tasks.

• Drying near direct heat after a wet shift: Heat sources degrade latex coatings and compress the terry fleece thermal liner. Always air dry at room temperature.

• Using these gloves near moving machinery: The fully-coated latex construction creates an entanglement risk near rotating parts and moving plant. Do not use where entanglement with machinery is possible.

• Ignoring coating breaches in cold conditions: A small crack in the latex outer coat that might be tolerated in a dry-handling glove becomes a significant hazard in cold and wet conditions because water enters the thermal liner and destroys its insulating performance within minutes.

• Operatives with latex allergy using these gloves: These gloves contain natural latex. Any operative with a confirmed or suspected latex sensitivity must not use them.

Safety

These gloves are certified to EN388:2016+A1:2018 (3X43F), EN511:2006 (X21), and EN407:2020 (X2XXXX) under UK PPE Regulations, CAT II. TDM Level F is the maximum cut resistance rating and is appropriate for high cut-hazard outdoor tasks including highway maintenance, sharp debris handling, and masonry work. Cold protection to -30°C applies to short or intermittent contact only. The EN407 contact heat rating of Level 2 covers incidental contact with surfaces up to 250°C for approximately 15 seconds. These gloves are not suitable for chemical immersion, electrical hazard work, or sustained subzero immersion. Operatives with a confirmed or suspected latex allergy must not use these gloves. Avoid use near moving machinery where entanglement is a risk. A task-specific risk assessment under the Personal Protective Equipment at Work Regulations 1992 should confirm suitability before use.

Maintenance

Wipe with a damp cloth after each use to remove debris, mortar, and contamination. Do not machine wash. Air dry fully at room temperature away from direct heat sources and direct sunlight. Store in dry conditions between 10°C and 30°C away from ozone, solvents, and chemical vapour. Do not exceed 40°C storage temperature. Inspect the full latex coating surface before every shift, paying particular attention to fingertips and knuckles where the coating thins first. Replace when cracking, peeling, or any coating breach is visible, or when the water repellent surface no longer repels water effectively. When stored correctly, mechanical properties will not change for up to three years from the date of manufacture.