These gloves provide ideal solutions for industries where precision and protection are equally critical:
■ Electronics and Semiconductor Manufacturing: Handling circuit boards, microchips, and sensitive electronic components where both cut protection and absolute precision are mandatory
■ Medical Device Assembly: Working with sharp surgical instruments and delicate medical components in controlled manufacturing environments
■ Precision Engineering: Assembling small mechanical components, optical devices, and intricate mechanisms requiring sensitive touch
■ Automotive Electronics: Installing sensitive control systems, sensors, and electronic components in modern vehicle manufacturing
■ Aerospace Component Assembly: Handling critical flight systems and avionics where both worker safety and component integrity are non-negotiable
The new benchmark for high cut resistance combined with ultimate sensitivity. The 13-Needle HPPE Cut-Resistant Nitrile Ultrafine Foam Gloves offer superior performance for critical tasks in hazardous environments. Featuring an ultra dense 13 gauge knit using High-Performance Polyethylene (HPPE) fibres, the 13-Needle HPPE Cut-Resistant Nitrile Ultrafine Foam Gloves provide the highest level of cut resistance performance according to ANSI Level A3 protection standard while maintaining high dexterity. The innovative nitrile ultrafine foam coating gives a unique, open-porous structure with excellent breathability providing an uncompromising hold on dry, wet and lightly oily surfaces.
Often used in electronics assembly, precision manufacturing and for general component handling, these high-sensitivity, protective gloves provide superior dexterity to handle small components while maintaining excellent hand protection. They offer excellent breathability and an ergonomic fit for all-day wear in applications where precision, protection and productivity must be delivered simultaneously.
It’s long been considered a manufacturing challenge in today’s age of high-tech manufacturing: how to provide hand protection with precise control over hand movement while still providing full cut protection required to protect workers from knife hazards. In this situation, traditional cut-resistant gloves are inherently “dumb” and tend to remove finesse and control when attempting to provide protection from cuts; and traditional “precision” gloves often are severely lacking in needed protective features. Our 13-Needle HPPE Cut-Resistant Nitrile Ultrafine Foam Gloves resolve this critical need in critical applications where cutting-edge precision is required for their work – at the same time requiring cut protection to ward off knife attacks. Our 13-Needle HPPE Cut-Resistant Nitrile Ultrafine Foam Gloves are the first high-gauge cut-resistance product that we are aware of that allows for high-dexterity hand motion while delivering cut-resistance with ultra-fine tactile sensitivity to allow hands to perform even the most delicate and detailed dexterity-driven hand actions and manipulations while remaining fully guarded against knife-cuts.
The core protection system of our gloves is an unparalleled masterpiece of modern protective textile technology:
The new line of HPPE Work & Safety Gloves The ultra dense 13-gauge HPPE fabric construction features one of the finest knits available in the industry. Each glove features a fabric matrix of HPPE fibers which provide industry leading levels of cut protection while meeting or exceeding ANSI Cut Level A3 standards. The fabric matrix, though robust, is manufactured to be so thin, it allows for a more natural fit, enabling finger dexterity not possible with thicker fabrics and designs.
Engineered Fiber Technology Our HPPE fibers are evenly distributed throughout the knit, creating an invisible barrier that protects workers from cuts, slashes and abrasions. Unlike other cut-resistant materials that become stiffer and sturdier, our engineered fiber technology allows ArcGuard Glove materials to remain pliable and comfortable, reducing hand fatigue and allowing workers to work for longer periods of time.
The nitrile ultrafine foam coating represents a groundbreaking technology in grip materials for precision applications:
The Micro-Porous Foam Structure The solid grip reducing coatings eliminate sense of touch, whereas the ultrafine coating creates a micro-porous structure consisting of thousands of micro suction points, creating an optimal grip on dry, wet and lightly oily surfaces, while at the same time ensuring good ventilation and flexibility.
Extremely High Tactile Sensitivity The coating is available in an ultrafine application and with thickness control to ensure that the natural tactile nerve sensitivity of the fingers is not compromised. Hence a worker can maintain almost bare hand sensitivity whilst still being fully protected against cuts, and can therefore efficiently work with tiny screws, small components and carry out very intricate assemblies.
Better Comfort and Breathability Ergoset Foam with Unique Porous Structure The foam coating of our grips has a unique porous structure allowing air to penetrate through between the open cells. This results in a breathable grip material which does not retain heat and moisture and is therefore optimal for long periods of wear while carrying out precision work without fatigue.
Gloves specifically constructed with the precision worker in mind:
Anatomical Fit Design Our gloves have a pre-curved, ergonomic design that follows the natural shape of the hand. Sophisticated patterning ensures that less muscle activity is required to perform repetitive tasks, and helps to minimize bulk and bunching that can hinder dexterity.
Our Optimized Dexterity class of gloves use very fine 13-gauge materials with a specially and precisely applied foam coating. They fit and move just like the natural hand allowing full dexterity for fingertip manipulation of the work object without resistance or barrier to dexterity.
The Breathable Comfort System of these gloves features a knit structure that provides ventilation between fingers and between the palm and fingers allowing for natural air exchange and moisture wicking away from the hand. The combination of climate control and moisture management keeps hands dry and comfortable, allowing for extended periods of wear, continuous use of protection and reduced glove removal.
From a business perspective, these gloves deliver substantial value through multiple channels:
Mechanical Hands with Advanced Dexterity Mechanical hands with advanced dexterity and tactile sensitivity significantly boost the productivity of workers. They enable workers to do delicate tasks with greater ease and speed than is humanly possible today, resulting in shorter assembly time and enhanced product quality for delicate operations.
These forks offer advanced Product Protection. The non-marking, sensitive grip effectively prevents even the most fragile parts and finished goods from sustaining damage. This reduces discarded materials and associated expenses. Forks will not damage expensive components preventing reworking and reducing waste. Higher yield from production results in cost savings and provides safer handling of items for end users.
High level of safety compliance The cut protection is reliable, which ensures that operators consistently wear gloves in precise environments and thereby reduce hand injuries. It is also in line with the recommended safety standards and regulatory requirements.
Affordable Performance A long-lasting quality and versatile use make this product cost effective. The product can be used in multiple departments, which helps to minimize stockroom inventory.
Next Generation of High Precision Hand Protection Achieving the perfect balance of cut resistance ratings and dexterity, our 13-Needle HPPE Cut-Resistant Nitrile Ultrafine Foam Gloves are available for sampling. Contact us now!
