Questions answered in this column

• How long can I store Eureka gloves?
• How should I store Eureka gloves between uses?
• How should I wash and dry Eureka gloves?
• Are Eureka gloves cut‑proof?
• How do I choose the right cut level?
• How much heat can Eureka gloves handle?
• When should I use Eureka arc‑flash gloves?
• Does Eureka offer gloves with impact protection?
• Does Eureka have puncture and needlestick‑resistant gloves?
• Are Eureka gloves puncture‑proof?
• When should I use Eureka arc‑flash vs dielectric gloves?
• What is anti‑static and why is it important?
• How do I choose a Eureka glove for vibration reduction?
• What categories of gloves does Eureka offer?

 

How long can I store Eureka gloves?

Different product families have different shelf lives due to the nature of their material composition. Generally we advise 3 years from delivery date however products that contain para aramid fibres must be kept away from UV radiation (sun light) as this causes the material to break down thus reducing the performance of the glove rapidly.

How should I store Eureka gloves between uses?

Store gloves in a ventilated area at room temperature. Avoid exposure to high heat, moisture or direct UV light which can degrade high‑performance fibres. Always inspect gloves for damage before use and replace them if worn or punctured.

How should I wash and dry Eureka gloves?

Follow the care instructions printed on the glove or technical specification sheet. As a general guideline, reusable gloves can be hand‑ or machine‑washed at 30 °C without bleach and allowed to air dry. High‑cut food‑industry gloves are washable at 60 °C or 70 °C; refer to product pages for the correct temperature. Do not tumble‑dry heat‑sensitive gloves or use fabric softeners. Gloves have not been tested after washing; inspect them carefully before reuse.

 

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Are Eureka gloves cut‑proof?

No glove is completely cut‑proof – cut‑resistant gloves are designed to minimise injury rather than eliminate it. We tailor the fibre blend to each series: our Heat and Arc Flash gloves use para‑aramid fibres for inherent heat and cut resistance; our Cool series uses high‑performance polyethylene (HPPE) yarns for strength and low weight; and our General series uses polyvinyl alcohol (PVA) yarn for balanced protection. These high‑tenacity fibres may be reinforced with steel or glass filaments to achieve the desired cut level. Surface coatings (such as nitrile, latex or SupraCoat) improve grip and abrasion resistance but do not significantly increase cut protection. Choose a cut level appropriate for your task and remember that most tests measure only the palm – additional protection may be needed on the back of the hand.

How do I choose the right cut level?

Cut levels are defined by standards such as EN 388 and ANSI/ISEA 105. In EN 388:2016 the ISO cut index ranges from A (low) to F (high). Our catalogue lists both the EN level and the ANSI cut level (A1–A9) for each model. Higher levels resist higher forces. Match the level to the sharpness of the object, the force applied and the dexterity required.

How much heat can Eureka gloves handle?

Heat hazards vary widely, and the same glove cannot protect equally against every type of heat exposure. The EN 407 standard assesses burning behaviour, contact heat, convective heat, radiant heat and molten‑metal splash. Contact‑heat levels range from Level 1 (briefly handling objects around 100 °C) to Level 4 (handling objects up to 250 °C or more). By contrast, sustained exposure to lower temperatures or intense radiant heat can cause burns even when the contact rating is high. Our Heat & Arc Flash series uses non‑melting para‑aramid fibres and advanced coatings to protect against sparks, flame and arc explosions. Always check the product page for the glove’s specific ratings and match them to your task – whether you need to grip hot objects quickly, withstand radiant heat from a furnace or work in a warm environment for an extended period.

When should I use Erueka arc‑flash gloves?

Arc‑flash gloves are required when there is a risk of electrical arc explosion. These gloves combine electrically insulating materials with flame‑ and heat‑resistant fabrics. Choose gloves with an Arc Thermal Performance Value (ATPV) or Energy of Break‑open Threshold (EBT) equal to or exceeding the calculated incident energy of your task. For example, the model 13‑4 Heat AF‑29 has an ATPV of 28.8 cal/cm². Refer to safety regulations and your electrical safety procedures to determine when arc‑flash protection is necessary.

When should I use Eureka arc‑flash gloves vs dielectric gloves?

Arc‑flash gloves are designed to protect against the intense heat, radiant energy and blast of an electrical arc explosion. Use them for tasks where there is a risk of arc flash, such as switching, fault clearing or working within the arc boundary. Dielectric gloves are electrical‑insulating gloves used to protect against electric shock during live‑working tasks such as line maintenance, testing or installation. Choose dielectric gloves when the primary hazard is electrocution rather than explosion.

What is anti‑static and why is it important?

Anti‑static gloves incorporate conductive fibres that dissipate electrostatic charges. This is the opposite of dielectric protection: rather than insulating, anti‑static gloves allow low‑level currents to flow to prevent the build‑up of static electricity. Controlling static discharge is important for preventing damage to sensitive electronics and reducing the risk of sparks in explosive atmospheres.

Does Eureka offer gloves with impact protection?

Yes. Our impact‑protection range includes Xtreme models that provide maximum protection and often achieve ISEA 138 Level 3 ratings. For tasks where dexterity and agility are more important, our Light models offer lighter protection while preserving dexterity and flexibility. Many of our gloves feature SupraBlock Impact foam or sewn‑on protectors that greatly reduce the remaining force on the knuckles and fingers while allowing flexibility.

Does Eureka have puncture and needlestick‑resistant gloves?

Our Puncture and Needle stick series uses ultra‑dense aramid fabrics like SupraBlock Stop and SupraBlock Soft, which provide very high cut resistance (EN 388 Level 5/F) and outstanding needlestick resistance (ASTM F2878). These gloves are designed for applications such as waste management, recycling, law enforcement and veterinary work.

Are Eureka gloves puncture‑proof?

No glove can be made completely puncture‑proof – given enough force or the right sharp object, any material can be penetrated. Our SupraBlock Stop models offer a lot of protection by combining dense protective fabrics with high cut resistance, while our SupraBlock Soft models balance protection with dexterity and flexibility. Always select the level of puncture resistance appropriate for your task and consider layering gloves or using additional safety measures for extreme hazards.

How do I choose a Eureka glove for vibration reduction?

Selecting the right glove to reduce vibration depends on many factors – imagine the way swells, waves and ripples make the sea unpredictable. The tool’s speed (RPM), whether the vibration is rotational or impacting, the material you are working on and ambient conditions all influence the risk of Hand‑Arm Vibration Syndrome. Keeping your hands warm is also crucial: cold fingers restrict blood flow and increase vulnerability to vibration injuries, so our winter vibration gloves are essential for both fast and slow tools.

The higher the potential vibration exposure, the more accurate your glove selection should be. Eureka’s system matches the glove to the tool and task with three levels of accuracy:

Accuracy 1 – Lowest: Suitable for occasional use with tools running in the 15–20 kRPM range. Choose gloves from our Impact Vibration family for high‑energy or impacting tools and the Flexi series for slower, rotational tools.

Accuracy 2 – Medium: For regular use, reference our Eureka Tool‑Type dot chart together with the Vibration Tool Acceleration Overview (available via our customer page) to match a glove to the tool’s vibration profile.

Accuracy 3 – Highest: For continuous or industrial exposure, our expert sales team can conduct on‑site measurements of actual vibration exposure using your specific tools. The data is analysed at Eureka’s headquarters and we prepare a tailored glove‑match report to help you select the optimal model. Contact your local representative to arrange measurements and analysis.

 

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What glove categories does Eureka offer?

Our range covers a focused set of glove categories to match specific hazards and environments. Each category groups products with similar performance characteristics.

• Assembly: High‑dexterity gloves designed for precision work. Models are breathable and flexible while offering durability in oily or dry environments.
• Cut Resistant: Gloves offering the same fit and dexterity as assembly models but with added cut protection. Options span EN 388/ANSI cut levels from A/A1 to F/A9.
• Heat & Arc Flash: Made with para‑aramid fibres and advanced coatings to protect against heat, flame and electrical arc‑flash explosions.
• Impact: Combines dexterity and cut protection with impact‑absorbing features, ideal for heavy‑duty work.
• Puncture and Needle Stick: Provides different levels of puncture and needle resistance using dense protective fabrics while maximising dexterity.
• Vibration: Designed to reduce the risk of Hand‑Arm Vibration Syndrome by matching each glove to the tool’s vibration profile. Our three‑level accuracy system ensures the right fit for your rotating or impacting tools.
• Winter: Heavy‑duty gloves insulated to protect hands in cold, wet or dry conditions.
• Food: Food‑safe, washable gloves coloured blue for easy identification.
• Electrical Insulation & Arc Flash: Dielectric gloves for live‑working tasks and specialist arc‑flash gloves (see Heat & Arc Flash category).
• Non‑Glove protective products: Accessories such as arm sleeves for extra cut and heat protection.

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Questions answered in this column

• How do I read Eureka glove model names?
• How do I choose the correct Eureka glove size?
• What coatings do Eureka gloves use?
• What glove features in a glove does Eureka recommend for different industries?
• Are Eureka gloves food‑safe?
• What chemical resistance does Eureka gloves provide?
• How do I obtain technical specifications and declarations of conformity?
• How does Eureka approach sustainability?
• Does Eureka have Oeko‑Tex certification?
• Does Eureka sell directly to end users?
• How can I learn more?
• Who can I contact for support?

 

How do I read Eureka glove model names?

Our updated naming logic makes it easy to see a glove’s properties at a glance. A typical model number has five parts:

1. Gauge/cut level – the first numbers show knitting gauge and indicate cut protection (e.g., 13‑4 = 13‑gauge, cut level 4). Higher numbers often mean thinner, more dexterous gloves.
2. Product family – letters indicate the application, such as Heat (H), Cool (C), General (G), Assembly (A) or Puncture (P).
3. Coating material – abbreviations tell you the coating: NI for nitrile, SC for SupraCoat, AF/FR for inherently flame retardant, LA for latex and so on.
4. Coating level – a final digit after the material shows the coating depth: 1 single coating, 2 double‑coated fingertips, 3 double‑coated to the knuckles and 4 double‑coated to the wrist.
5. Arc‑flash energy (where applicable) – for arc‑flash gloves, a number after a hyphen indicates the calorie rating (e.g., 13‑4 Heat AF‑29 has an ATPV of 28.8 cal/cm²).

This logic helps you select the right glove quickly. You can find a detailed coating and naming guide on our website.

How do I choose the correct Eureka glove size?

Proper fit ensures comfort and safety. Our glove sizing chart (available as a PDF) shows hand‑circumference measurements for sizes 7/XS through 12/XXL. To determine your size, measure the circumference of your dominant hand around the knuckles (excluding the thumb) and match your measurement to the chart (for example, a hand circumference of 80 mm corresponds to size 8/S and 110 mm corresponds to size 11/XL). If you are between sizes, choose the larger size for comfort or select a snugger fit for precision work. Avoid sharing gloves between people with different hand sizes – a proper fit ensures maximum protection and dexterity.

What coatings do Eureka gloves use?

• SupraCoat – a waterborne PU and nitrile foam coating with low density for excellent breathability and a micro‑cup textured surface for dry grip. It is free from dimethylformamide (DMF) and provides exceptional softness and comfort.
• Nitrile – durable coating that offers very good grip in oily conditions. Our Nitrile 2 gloves have a double‑coated solid base with a micro‑cup foam top layer for liquid proofing and oil grip.
• AF/FR – Chloroprene based inherently flame retardant coating used on our Arc Flash gloves.
• Latex – natural rubber coating with a crinkle finish, giving excellent grip in dry or wet environments.

 

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What features in a glove does Eureka recommend for different industries?

 

 

Are Eureka gloves food‑safe?

We offer a range of Food series gloves that are tested for food contact and labelled accordingly. These gloves are typically coloured blue for easy identification and are washable at 60–70 °C. Always check the product page to confirm food‑contact certification (EN 1186) and follow hygiene best practices.

What chemical resistance does Eureka gloves provide?

Eureka’s range is focused on mechanical hazards such as cut, puncture, impact, vibration, cold, heat and arc flash. We do not currently offer specialised chemical‑resistant gloves. Some coatings (such as nitrile or latex) provide incidental splash protection against oils, greases and water, but they are not designed or tested for handling aggressive chemicals. If you need protection from hazardous chemicals, choose a certified chemical‑protective glove from a specialist supplier and follow your workplace’s chemical safety procedures.

How do I obtain technical specifications and declarations of conformity?

Technical specification sheets and declarations of conformity are available for download on each product page. Our mobile app and customer portal provide easy access to these documents along with certificates, high‑resolution images and instructional videos.

 

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How does Eureka approach sustainability?

Our sustainability strategy balances people, planet and profit. We prioritise genuine actions over superficial green marketing and avoid shortcuts like buying certificates for image or creating special “green” products. Instead we make continuous improvements across our operations:

• Materials: We use high‑performance fibres that are strong yet light. Lightweight yarns reduce material usage and transport emissions, and many of our gloves use dope‑dyed or fibre‑dyed yarns, eliminating additional dyeing processes and saving water, energy and chemicals.
• Packaging: Accessories and packaging are made from paper and FSC‑certified materials. The only plastic component is a 100 % biodegradable pin. Conventional dyed, non‑recycled materials make up about 10 % of our raw materials, and we continuously increase the use of recycled and dope‑dyed fibres.
• Environmental performance: We invest in energy‑efficient machinery, carefully select chemicals and promote responsible waste management. Future plans include upgrading our Wuxi facility to reduce energy use, installing grid‑supporting battery storage at headquarters and conducting deeper analyses of Scope 3 greenhouse‑gas emissions.
• Stakeholder engagement: We maintain strict business and employee Codes of Conduct, train our partners and conduct life‑cycle analyses to understand our products’ impact. Our sustainability report highlights these commitments and outlines plans to tighten our restricted substance list and increase sustainability awareness among employees.

By focusing on long‑term improvements rather than quick fixes, we aim to reduce our environmental footprint, improve worker welfare and deliver high‑quality gloves that keep hands safe while respecting the planet.

Does Eureka have Oeko‑Tex certification?

No. We do not have Oeko‑Tex certification. However, we operate under a strict restricted substance list to ensure our gloves meet high safety standards and are free from harmful substances.

 

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Does Eureka sell directly to end users?

No. Eureka is a business‑to‑business brand: our gloves are sold exclusively through authorised distributor partners. We do not sell directly to individual consumers or companies. To purchase our products, please contact your nearest distributor.

How can I learn more?

Eureka supports continuous learning through our customer page. Registered customers can log in to access the Eureka Academy, a library of E‑Learnings, V‑Learnings and quizzes covering topics such as cut resistance, vibration control, heat hazards, glove sizing and regulatory standards. These interactive training materials allow you to deepen your understanding of hand protection and ensure that you and your team are using the right gloves for the job. Contact your sales representative for access credentials.

Who can I contact for support?

Our experienced sales and technical support teams are located worldwide, including Sweden, USA, South Africa and Poland. Visit our website’s contact page or customer portal for contact details.