Synmax hybrid exam gloves are odor free, latex-free, and hypo-allergenic. They are soft, flexible, and easier to use than standard vinyl gloves since they are a hybrid with a synthetic rubber such as nitrile, but with longer wearing time than standard vinyl gloves with some added protection for puncture resistance. Designed with enhanced tactile sensitivity and superior protection that meets or exceeds ASTM D6319 and EN 455 standards.

Vinyl or Hybrid gloves also tend to be the top choice for food preparers. These and other gloves made of synthetic rubber offer allergy sufferers comparable, affordable options compared to latex gloves.

Hybrid gloves offer the benefits of nitrile with the pricing and durability of vinyl. It is a revolutionary new formulation of vinyl-based hybrid material, containing a synthetic rubber, such as nitrile, that offers elasticity and strength with enhanced tactile sensitivity and a practical barrier of protection for a wide range of applications. A good alternative for those suffering from latex allergies. Comes in various colors, typically our stock shipped is blue. If a specific color is desired, production requests can be made.

Features:

• Low cost choice for non-heavy stress environments
• Good for use in healthcare settings, medical facilities, hospitals, food service, clinics, home care, personal care, laboratories, industrial use, housekeeping, IT industries, retail settings, and beauty industries
• Waterproof
• 100% synthetic gloves, free from latex
• Disposable, Powder-Free, Single use
• Offers protection for skin against wounds, irritation, cross-contamination, or harmful substances
• Protection for cleaning and disinfecting areas possibly contaminated by bacteria or contagious viral infections
• Non-Sterile
• Color may vary, typically blue
• Ambidextrous
• Great low-cost choice
• Shelf life of 3-5 years
• 100pcs Gloves x 10 Boxes x 1 Case
• Meets or exceeds ASTM D6319, EN 455 standards
• Keep in a dry, well-ventilated place between 50° and 85° F (10° and 30° C), avoiding direct sunlight, fluorescent light, and X-Ray to obtain peak performance