06 May 2026

THE COMPLETE GUIDE TO SAFETY GLOVES FOR INDUSTRIAL & LIFTING APPLICATIONS

Hand injuries account for a significant proportion of workplace incidents across construction, warehousing, logistics, and heavy industry sectors. According to UK HSE data, cuts, abrasions, and crush injuries are among the most common causes of lost-time incidents, often resulting from inadequate or incorrectly specified personal protective equipment (PPE). In lifting and material handling environments, the risks are amplified due to high load weights, sharp materials, dynamic forces, and environmental hazards.

Safety gloves are not simply a compliance requirement - they are a critical engineering control that directly impacts operator safety, productivity, and long-term operational efficiency.

This guide provides a comprehensive, technical breakdown of safety gloves used in lifting applications, including materials, standards, performance characteristics, and selection criteria.

Types of Safety Gloves Used in Industrial Lifting Applications

Cut-Resistant Gloves

Cut-resistant gloves are essential in environments where operators handle:

• Steel wire ropes
• Sheet metal
• Structural components
• Abrasive loads

These gloves are manufactured using high-performance fibres such as Kevlar®, HPPE (High-Performance Polyethylene), Dyneema®, and glass fibre composites, which provide varying levels of cut resistance while maintaining flexibility.

Modern cut-resistant gloves are tested under EN388 using both Coup Test and ISO 13997 standards, ensuring accurate performance ratings under real-world conditions.

Grip-Enhanced Gloves

Grip performance is a critical factor in lifting safety. Loss of grip during load handling can result in:

• Dropped loads
• Sudden load shifts
• Increased strain on lifting equipment

Grip gloves typically feature coatings such as:

• Nitrile – excellent oil and chemical resistance
• Latex – superior dry grip and elasticity
• PU (Polyurethane) – precision handling with tactile sensitivity

Advanced coatings incorporate micro-foam technologies, which channel liquids away from the contact surface, maintaining grip in wet or oily environments.

Impact-Resistant Gloves

Impact-resistant gloves are designed to mitigate injuries caused by:

• Pinch points
• Dropped loads
• Mechanical impacts

These gloves incorporate Thermoplastic Rubber (TPR) or similar materials on the back of the hand, absorbing and dispersing impact energy. They are widely used in:

• Offshore lifting operations
• Construction
• Oil and gas sectors

Thermal and Chemical Protection Gloves

In certain lifting environments, gloves must also provide protection against:

• Elevated temperatures (EN407)
• Chemical exposure (EN374)

Thermal gloves use insulating materials to reduce heat transfer, while chemical-resistant gloves utilise barrier materials such as nitrile or neoprene to prevent permeation.

Understanding EN Safety Standards

EN388 – Mechanical Risks

EN388 is the primary standard governing glove performance against mechanical hazards. It evaluates:

• Abrasion resistance (1–4)
• Blade cut resistance (1–5)
• Tear resistance (1–4)
• Puncture resistance (1–4)
• ISO cut resistance (A–F)

The introduction of the ISO 13997 test addressed limitations in the traditional Coup Test, particularly for high-performance fibres that blunt test blades.

EN407 – Thermal Protection

EN407 assesses glove resistance to:

• Contact heat
• Convective heat
• Radiant heat
• Small splashes of molten metal

EN374 – Chemical Protection

This standard evaluates:

• Chemical permeation
• Penetration resistance
• Degradation

Understanding these standards ensures gloves are correctly matched to operational hazards.

Materials and Engineering Considerations

High-Performance Fibres

• HPPE (High-Performance Polyethylene) – lightweight, high cut resistance
• Kevlar® (Aramid fibres) – excellent heat and cut resistance
• Dyneema® – extremely high strength-to-weight ratio

Coating Technologies

• Nitrile coatings provide durability and chemical resistance
• Latex coatings enhance elasticity and grip
• PU coatings allow for precision tasks

Ergonomic Design

Modern gloves are engineered with:

• Pre-curved finger designs
• Seamless knitting technology
• Breathable liners

These features reduce fatigue and improve compliance.

Selecting the Right Gloves for Lifting Tasks

Key considerations include:

Load Type

• Sharp loads → high cut resistance
• Smooth loads → enhanced grip

Environment

• Wet/oily → nitrile coatings
• Dry → latex or PU

Task Duration

• Long-duration tasks require breathable, ergonomic gloves

Risk Level

• High-risk environments require multi-protection gloves (cut + impact)

👉 Explore our full range of safety gloves for lifting applications here

Common Mistakes in Glove Selection

• Choosing gloves without EN certification
• Using gloves beyond their rated lifespan
• Ignoring environmental conditions
• Over-specifying protection, reducing dexterity

Safety gloves are a fundamental component of safe lifting operations. Selecting the correct glove requires a technical understanding of standards, materials, and application-specific risks. By aligning glove selection with operational requirements, businesses can significantly reduce injury rates while improving efficiency.