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Kutstop Beeswift
Kutstop Beeswift
Why Beeswift Gloves Are Essential for Workplace Hand Protection: A Safety Manager's Guide
Your team needs reliable hand protection while handling hazardous materials or sharp objects. Beeswift gloves provide the perfect balance of safety features, comfort, and dexterity to protect hands in any work environment.
These gloves deliver impressive protection levels - Level 4 for abrasion, tear resistance, and puncture hazards, plus exceptional cut protection. The best part? They don't sacrifice functionality. Your team can handle both large and small hazardous components with ease thanks to Beeswift's focus on dexterity and comfort.
The gloves feature a 15g HPPE plus glass fibre and spandex liner construction. Some models come with an innovative micro foam nitrile coating that meets EN388: 2016 safety standards.
Let's explore what makes Beeswift gloves crucial for workplace safety. This detailed guide covers their technical features, materials, and applications. You'll learn to pick the right type based on your workplace hazards.
Understanding the Beeswift Glove Range
Beeswift makes protective hand gear that works in all kinds of workplace settings. Let's take a closer look at what makes these gloves better than regular options you'll find today.
Beeswift produces a wide selection of protective gloves, designed to meet the demands of different industries. Within this wider portfolio, the Kutstop collection stands out as their dedicated cut-resistant line — but it only includes four core products. Outside of Kutstop, Beeswift also manufactures other popular gloves such as MP1 general work gloves, Glovezilla food-safe options, and specialist Kevlar or chemical-resistant models.
The Kutstop Collection (4 products)
Kutstop gloves are purpose-built for environments where cut protection is essential. They use HPPE (High-Performance Polyethylene), glass fibre, and spandex liners to achieve high cut resistance while maintaining flexibility. Each model in the Kutstop line is optimised for particular applications, such as:
KS13 – 13g HPPE/nylon liner with nitrile coating; Level B cut resistance.
KS15 – 15g HPPE plus glass fibre liner; Level C cut resistance.
KS5 – Heavy-duty protection, Level D cut resistance.
KSPU5 – PU-coated option balancing dexterity and cut resistance.
KS13 – 13g HPPE/nylon liner with nitrile coating; Level B cut resistance.
KS15 – 15g HPPE plus glass fibre liner; Level C cut resistance.
KS5 – Heavy-duty protection, Level D cut resistance.
KSPU5 – PU-coated option balancing dexterity and cut resistance.
This focused range means safety managers can quickly select the right glove for specific levels of cut hazard without confusion.
Beyond Kutstop: Beeswift’s Wider Range
While Kutstop covers cut hazards, Beeswift also engineers gloves for other workplace needs:
MP1 general work gloves – everyday protection with latex palm coating for improved grip and breathability.
Glovezilla food-safe gloves – washable, high cut resistance gloves designed for safe food preparation.
Kevlar lightweight gloves (KGLW) – slim protective liners that can be worn alone or under other gloves.
Specialist models – such as chemical-resistant AlphaTec 58-735 or leather-reinforced Glovezilla drivers gloves.
MP1 general work gloves – everyday protection with latex palm coating for improved grip and breathability.
Glovezilla food-safe gloves – washable, high cut resistance gloves designed for safe food preparation.
Kevlar lightweight gloves (KGLW) – slim protective liners that can be worn alone or under other gloves.
Specialist models – such as chemical-resistant AlphaTec 58-735 or leather-reinforced Glovezilla drivers gloves.
By combining the specialist Kutstop line with these wider glove options, Beeswift ensures there is a solution for almost every workplace scenario — from construction and automotive work through to kitchens and laboratories.
What makes Beeswift gloves stand out
Beeswift's smart engineering shows in every glove they make. Their range goes from basic MP1 gloves to specialised cut-resistant models with HPPE (High-Performance Polyethylene), reinforced fibre, and other advanced materials.
The company creates solutions for specific tasks rather than trying to make one glove work for everything. To name just one example, their KS13 uses a 13g HPPE plus nylon liner with black nitrile coating, built specifically for construction, automotive work, and handling sharp materials.
Every Beeswift glove goes through tough testing to meet or beat international safety standards. Their cut-resistant range offers protection levels from A through F, with clear ratings for abrasion, tear, and puncture resistance under the EN388:2016 framework.
This mix of versatility and specialisation means you'll find a Beeswift glove that's perfect for your needs, with just the right balance of protection, comfort, and usability.
Technical Features That Enhance Safety
Safety ratings are the foundation of choosing the right hand protection. These ratings help you identify which Beeswift gloves provide the protection level you just need against specific workplace hazards.
Cut resistance levels (A-F) and what they mean
Cut resistance is a vital factor to consider when choosing hand protection. The ISO 13997 test measures cut resistance from A (lowest) to F (highest). Each level indicates the force needed to cut through the glove material:
- Level A: Withstands 2-5 Newtons of force
- Level B: Withstands 5-10 Newtons of force
- Level C: Withstands 10-15 Newtons (equivalent to old cut level 5)
- Level D: Withstands 15-22 Newtons
- Level E: Withstands 22-30 Newtons
- Level F: Withstands more than 30 Newtons
Beeswift's KS13 gloves provide Level B protection, making them ideal for construction and automotive work. The KS15 models offer Level C protection and work well with glass or sheet metal. The KS5 delivers Level D resistance for high-risk environments.
EN388 and ISO 13997 explained
The EN388 standard tests gloves against mechanical hazards. Beeswift gloves display a shield symbol with four numbers and a letter that represent:
- First digit: Abrasion resistance (0-4)
- Second digit: Cut resistance - circular blade (0-5) or "X" if test was not performed
- Third digit: Tear resistance (0-4)
- Fourth digit: Puncture resistance (0-4)
- Letter (A-F): ISO 13997 cut resistance
Advanced materials could dull the circular blade test (coupe test). The 2016 revision added the ISO 13997 straight blade test that uses increasing force until the blade cuts through.
To name just one example, see the Beeswift KS15 glove rating "4X44C". This shows excellent abrasion resistance (4), strong tear resistance (4), high puncture resistance (4), and Level C cut resistance. The "X" means the circular blade test wasn't performed.
Abrasion, tear, and puncture resistance ratings
These three ratings are significant parts of complete hand safety:
Abrasion Resistance shows how many cycles a glove lasts before developing a hole against sandpaper:
- Level 1: 100-499 cycles
- Level 2: 500-1,999 cycles
- Level 3: 2,000-7,999 cycles
- Level 4: 8,000+ cycles
Beeswift's nitrile-coated gloves reach Level 4 abrasion resistance, showing exceptional durability.
Tear Resistance measures the force needed to tear the material:
- Level 1: 10-25 Newtons
- Level 2: 25-50 Newtons
- Level 3: 50-75 Newtons
- Level 4: 75+ Newtons
The Kutstop range from Beeswift achieves Level 4 tear resistance, making these gloves extremely durable in demanding environments.
Puncture Resistance measures the force a rounded stylus needs to pierce the material:
- Level 1: 20-60 Newtons
- Level 2: 60-100 Newtons
- Level 3: 100-150 Newtons
- Level 4: 150+ Newtons
Beeswift's KSPU5 delivers Level 3 puncture resistance (100-150 Newtons) and provides excellent protection against puncture hazards in construction.
Understanding these technical features helps you select Beeswift gloves that offer complete protection against your workplace's specific hazards.
Materials and Coatings Used in Beeswift Gloves
The materials used in protective gloves affect how well they work in different conditions. Beeswift's focus on material science helps create gloves that protect well and are practical to use.
HPPE, Kevlar, and glass fibre liners
HPPE (High-Performance Polyethylene) is the foundation of many Beeswift models. It gives amazing strength and cut resistance while staying comfortable. The KSPU5 gloves have 65% HPPE in their liner material. This gives excellent cut protection without losing flexibility.
Kevlar shows up in special Beeswift models like the KGLW (Kevlar Light Weight Gloves). These gloves are made with 100% reinforced fibre, which makes them light but tough against cuts. They work great as liners under regular work gloves and add extra protection if the outer glove gets damaged.
Glass fibre makes several high-performance models even better. The Glovezilla range mixes glass fibre with HPPE and other materials. Some models have up to 21.3% glass fibre. This mix boosts cut resistance a lot while keeping the gloves flexible enough.
Nitrile vs. latex coatings: pros and cons
Latex coatings grip better than other coatings in dry conditions, especially with textured palms. They last long and resist wear, which makes them perfect for handling glass, barbed wire, and sharp metals. These coatings are economical solutions for many jobs. The downsides? They don't work as well in wet or oily conditions, and some people might be allergic.
Nitrile coatings are great in oily, wet, or hot conditions. Made from synthetic rubber, they resist punctures and chemicals well. If you have latex allergies, nitrile is a safe choice that protects just as well. The drawbacks are higher costs and less stretch than latex.
PU (polyurethane) coatings hit the sweet spot. They resist chemicals and liquids like nitrile but let you move more easily. PU is the lightest and most flexible coating, so you get a better feel and comfort.
Why micro foam nitrile is preferred in cut 3 gloves
Beeswift's CT32 and KS13 models show why micro foam nitrile has become the top choice for cut 3 gloves. This special formula grips amazingly well in both dry and oily conditions. This is vital when handling sharp objects where preventing slips matters most.
Regular nitrile can't match how micro foam lets your hands breathe while staying protected. Tiny foam bubbles let air flow through but keep oil and chemicals out. You also get amazing finger control and sensitivity.
Cut 3 jobs that need precise handling, make micro foam nitrile the best coating choice. It combines grip, flexibility, and protection better than other options.
Industry-Specific Use Cases
Each industry has its own hand safety challenges. Beeswift designs gloves with specific workplace hazards in mind. Their products help workers stay safe without losing functionality.
Construction and sheet metal handling
Beeswift Kutstop gloves work great in construction areas with sharp edges. The KS15 model comes with a 15g HPPE plus glass fibre and spandex liner with black nitrile coating. This makes it perfect for handling glass or sheet metal. Workers get excellent control and comfort even during tough jobs. The gloves last longer thanks to reinforced material between the thumb and forefinger, where most wear occurs.
These gloves give better protection to metal workers who handle raw parts, sheet metal, or use plasma cutting equipment. The Level C cut-resistant shields hands from typical construction site cuts.
Automotive and electrical applications
The amber KS13 series stands out for automotive and electrical work. These gloves use a 13g HPPE plus nylon liner that provides Level B cut resistance. Users get the right balance of safety and touch sensitivity needed to work with small electrical parts.
Kutstop Microfoam Nitrile Gloves shine in electrical industry tasks. They grip well in both dry and oily conditions, so dangerous components won't slip.
Food-safe gloves for preparation tasks
Glovezilla Cut Resistant Food Safe Gloves (GZ10B) excel in kitchen settings. The blue gloves blend HPPE (47.4%), Polyester (20.1%), Glass Fibre (17.2%), Steel (14%), and Spandex (1.3%). These food-safe gloves can be washed and provide Level F TDM Cut Resistance.
The special design makes them ideal for food prep where knife handling poses cutting risks. Users get both safety and hygiene compliance since these gloves resist cuts well and can be washed regularly.
Slash-proof gloves for high-risk environments
Beeswift's advanced slash-proof options protect workers in high-risk areas. The Glovezilla Cut Resistant Drivers Gloves (GZ71W) use premium soft grain leather with Para-Aramid lining to achieve Level D TDM Cut Resistance.
The AlphaTec 58-735 gloves protect against both chemicals and cuts. They feature INTERCEPT cut resistance knitwork that meets ANSI A3/EN ISO C cut protection standards. A high-visibility inner liner shows if the outer shell gets damaged, which warns users about possible exposure.
Comfort, Fit, and Dexterity Considerations
Worker comfort plays a huge role in how often people actually wear their protective gloves. Beeswift makes sure this is a priority across their product line.
Ergonomic design and glove sizing
Beeswift's gloves naturally fit the shape of your hands and help reduce tiredness when worn for long periods. Their design matches the human hand's natural contours and cuts down on strain without losing any protection. Models like the Nitrile Foam Polyester Gloves are light and fitted, which helps keep your hands from getting tired.
Breathability and back ventilation
Many Beeswift models come with uncoated backs that let moisture escape. This stops hands from getting sweaty, which can make gloves slip off and feel uncomfortable. The EC6NGY model's back has special vents that let air flow through. This feature really helps in hot weather when sweat might make it hard to grip things properly.
Fingerless and full cuff options
Beeswift makes fingerless gloves like their reinforced dotted ones (KFLGMWD) for jobs that need extra finger movement. These give you great cut protection (Level B) while letting your fingers move freely. They also offer full-cuff versions like the KLGFC that protect your whole forearm.
Using gloves as liners for added protection
Some Beeswift gloves work well on their own or as protective liners. The Kevlar Lightweight Gloves (KGLW) fit nicely under regular work gloves and give you backup protection if the outer glove gets damaged. The EC11 polyester knitted gloves can also work as warm liners under heavier gloves.
Conclusion
The right-hand protection plays a vital role in workplace safety. Beeswift gloves are exceptional protective gear that perfectly balance safety features, comfort, and task-specific designs. These gloves provide substantial protection against cuts, tears, punctures, and abrasions. Workers can still maintain the dexterity they need to do their jobs well.
The technical specs of Beeswift gloves showcase their engineering excellence. These gloves meet or exceed strict international safety standards with their Level A through F cut resistance ratings and high scores in abrasion and tear resistance. The smart choice of materials - HPPE, Kevlar, or glass fibre reinforcement - will give optimal protection without limiting usability.
Beeswift's coating choices show their practical approach to hand safety. You can pick latex for better dry grip, nitrile for oily environments, or PU to boost dexterity based on your workplace needs. Micro foam nitrile coatings are particularly good at balancing protection and precision in many applications.
Safety ratings aren't everything - gloves need to be comfortable enough that people actually wear them. Beeswift designs focus on comfort with ergonomic shapes, multiple size options, and breathable features. This practical approach helps ensure teams consistently use their protective equipment.
Beeswift has purpose-built solutions for construction sites, automotive workshops, food prep areas, and high-risk environments that need slash-proof protection. Their wide range means you'll find gloves that match your industry's specific hazards.
You don't need to compromise on functionality or break the bank to protect your workforce's hands. Starting at just £4.18 with free UK delivery on £75+ orders, Beeswift gloves are an economical investment in workplace safety. Teams work more efficiently when they can confidently handle materials knowing their hands are properly protected.
Frequently asked questions about Beeswift gloves
Why are Beeswift gloves considered essential for workplace hand protection?
Beeswift gloves offer a crucial balance of safety features, comfort, and task-specific designs. They provide substantial protection against cuts, tears, punctures, and abrasions whilst maintaining the dexterity workers need to perform their jobs effectively. Their advanced materials and coatings meet or exceed rigorous international safety standards, making them ideal for various industrial applications.
What types of coatings are available on Beeswift gloves, and how do they differ?
Beeswift gloves come with various coatings, including latex, nitrile, and polyurethane (PU). Latex coatings excel in dry conditions and offer superior grip. Nitrile coatings perform well in oily or wet environments and provide good chemical resistance. PU coatings offer a balance of chemical resistance and enhanced dexterity. The choice of coating depends on the specific workplace conditions and tasks.
How do Beeswift gloves ensure comfort and proper fit for workers?
Beeswift designs their gloves with ergonomic considerations, following the natural shape of the hand to reduce strain during extended wear. Many models feature uncoated backs for improved breathability and moisture management. The company offers various sizes and styles, including fingerless options for tasks requiring exceptional dexterity, ensuring a comfortable fit for different hand sizes and job requirements.
What are the cut resistance levels offered by Beeswift gloves, and what do they mean?
Beeswift gloves offer cut resistance levels ranging from A to F, based on the ISO 13997 standard. Level A provides the lowest cut resistance (2-5 Newtons), while Level F offers the highest (more than 30 Newtons). These levels help safety managers select appropriate gloves for specific workplace hazards, with higher levels suitable for environments with severe cutting risks.
Are there Beeswift gloves suitable for food preparation tasks?
Yes, Beeswift offers food-safe gloves specifically designed for kitchen environments. For example, their Glovezilla Cut Resistant Food Safe Gloves combine high cut resistance (Level F) with food safety compliance. These gloves are washable and provide excellent protection during food preparation tasks that involve knife handling, ensuring both safety and hygiene in food service settings.