AMMEX Blue Gloves for Cleaning

Chemical Resistance in Disposable Gloves

When working with certain abrasive chemicals, you need to understand the chemical resistance in disposable gloves and the protection that particular glove materials offer. In addition, length of exposure, conditions and chemical concentration impact the performance of the glove. Consider degradation and breakthrough time Gloves are rated on how well they withstand exposure to a certain chemical.

AMMEX-Gloves-Allergy-Solutions

All about Allergies: Part 2 Synthetics

Natural rubber latex disposable gloves typically get most of the attention when it comes to allergies, but allergic reactions are also possible with synthetic glove materials like nitrile butadiene rubber and polyvinyl chloride (PVC or vinyl). While allergies to these materials themselves are uncommon, the chemicals used in the production processes are common causes. During the

Doctor Putting On Latex Gloves

All about Allergies: Part 1 Latex

Latex allergies have serious consequences for health care and industrial workers as well as patients. Individuals experience a range of reactions from coming into contact with latex, including contact dermatitis and anaphylaxis, which is life-threatening. These reactions stem from the natural rubber latex proteins. Although latex gloves provide the best fit and feel, they are

AMMEX-Orange-Nitrile

High Visibility Sales Results with Orange Nitrile!

The first thing you will most likely notice about Gloveworks Heavy Duty Orange Nitrile Gloves is their bright, unique color. Although AMMEX Corporation is well-known for black nitrile gloves, orange nitrile gloves bring something new to the table and are perfect for agricultural, automotive, industrial safety and manufacturing applications, among many others. Why should you go orange?

X3

March Madness Team Latex

 While a team full of young guns can bring a new pace and finesse to the court, veteran squads like AMMEX’s X3 series Team Latex have been playing the barrier protection game for years. These latex gloves are the oldest of all the teams in our March Madness lineup but do not think their skills have dwindled with

Xtreme

March Madness: Team Nitrile

Sometimes, the game calls for aggressive players, and for March Madness: Team Nitrile delivers the “Xtreme” intensity needed to command the court. These gloves play hard in the paint to provide exceptional barrier protection, with the best chemical and tear resistance among all glove materials. Here is our starting lineup for March Madness:  Team Nitrile: Orange nitrile These

AMMEX Vinyl-Gloves-March-Madness

March Madness: Team Vinyl

Do you want a disposable glove lineup with the balanced stats you need to score a bucket for barrier protection every time? If so, look no further than Team Vinyl. These gloves know how to play the game from inside and beyond the arc as well as on offense and defense to keep harmful chemicals

AMMEX Poly-Gloves-March-Madness

March Madness: Team Poly

March Madness is about to begin, and some of the best disposable gloves are ready to make a slam dunk for barrier protection. The first team on the brackets is Team Poly.  These gloves are known for having a strong bench, with many fresh gloves waiting to be called into the game when a current pair

AMMEX-HACCP

HACCP without the Hiccup

Disposable gloves come in a variety of colors, but this is not simply for wearer preferences. Some colors are more common in one industry than in another. Automotive technicians, for example, are fond of black nitrile gloves because the color seems suitable for their job, but the color has no bearing on the gloves’ usefulness.

AMMEX-How-Gloves-are-made

How Nitrile and Vinyl Gloves are Made

Unlike latex gloves, nitrile and vinyl gloves do not come from natural rubber. These gloves come from synthetic materials, but the manufacturing process is not too different from latex glove production. Here is an overview of how manufacturers create these gloves: Creating the synthetic materials The processes for creating the nitrile and vinyl materials is similar.