Wonder Grip® | Wonder Grip® Nitrile Type Gloves
Wonder Grip 522 BEE TOUGH Gloves are manufactured with a single nitrile coating constructed on a 13-gauge polyester.
The Wonder Grip 522 Bee Tough Glove combines Bee-series™ knitting technique and a nitrile coating providing oil-resistance and an optimal long lasting grip.
The upper part of the gloves is made of an ultralightweight liner offering both high resistance to torsion and unmatched breathability.
Available in sizes Large (Size 9) and X-Large (Size 10).
The Wonder Grip 522 Bee Tough Glove combines Bee-series™ knitting technique and a nitrile coating providing oil-resistance and an optimal long-lasting grip.
Bee-series™ knitting technique create a unique shape on the palm maximizing the coefficient of friction delivered by the coating itself.
The low part of the glove benefit from the DuaLiner™ technology and its special support on the back of hand ensuring a snug and secure fit.
Features with Bee-series™, DuaLiner™ and a nitrile coating, the Wonder Grip 522 Bee-Tough Glove sets a new standard for comfort at work, in greasy and oily environments.
Glove Coating: Nitrile Single Palm Coating
Liner: 13 Gauge / Polyester
Ultra-lightweight liner offering both high resistance to torsion and unmatched breathability.
Knitting technique creating a unique shape on the palm and maximizing grip.
High grip performance for safe handling in dry-to-oily environments.
Soft coating, enhancing hand movement for superior dexterity and reduced muscular fatigue.
Assembly & Installation in dry and slightly oily environments
Construction in Public Works
This product meets the following EN 388 : 2016 Standards.
(a) Abrasion Resistance (Performance Level 4)
(b) Blade-Cut Resistance (Performance Level 1)
(c) Tear Resistance (Performance Level 2)
(d) Puncture Resistance (Performance Level 1)
This product meets the following EN 407 Standards
(a) Burning Behaviour (Performance Level X)
(b) Contact Heat (Performance Level 1)
(c) Convective Heat (Performance Level X)
(d) Radiant Heat (Performance Level X)
(e) Small Splashes of Molten Metal (Performance Level X)
(f) Large Splashes of Molten Metal (Performance Level X)
This product complies with basic requirements laid down by the EEC directive.
The Wonder Grip 522 BEE TOUGH utilises the following Glove Technology.
Latest innovation from Wonder Grip, Bee-series™ encapsulate a full set of technologies offering a yet to seen experience.
Wonder Grips team of researchers pioneered a new knitting technique, inspired by the geometrical shape of honeycombs. This shape uses the least amount of material to hold the most weight. Based on the same concept, liners knitted with Bee-series™ technique, can handle a lot of torque force while offering twice the breathability versus standard knitting, thanks to its double knitting technique.
Bee-series™ liners are ultra lightweight and also the first knitting technique enhancing the grip due to its shape on the palm.
All Wonder Grip Gloves are produced via TPDT™ Technology. Placed inside a mould that reproduces the natural shape of a hand at rest during soaking, Wonder Grip gloves are also washed and dried via a method specifically developed by in-house engineers.
This method offers users freedom of movement and the increased sensitivity that has earned Wonder Grip its international reputation.
At Wonder Grip, the definition of comfort goes beyond the feeling of physical ease.
Wonder Grip strive to develop unique hand protection solutions providing to the users a condition of well-being, contentment and security. Based on this concept, Wonder Grip developed a new series of liners designed to reduce nervous and muscular fatigue aiming to prevent musculoskeletal disorders. The upper part of the liner is made of fibres whose technical characteristics guarantee real feeling of second skin and ensure free movement.
The lower part of the liner is made of nylon and reinforced by a unique support developed by Wonder Grips' R & D Department. It goes up to the middle of the hand to ensure a snug and secure fit preventing the inflammation of joints and tendons.
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