Sempermed USA

Designed to provide exceptional strength and superior gripping capabilities without the risk of latex allergens. Advanced manufacturing technology gloves a softer fit and feel than traditional nitrile gloves allowing for maximum tactile sensitivity. Ideal for food, safety, janitorial/sanitation and laboratory markets. Textured fingertips. Manufactured without natural rubber. Power-free (PF). Ambidextrous. Beaded cuff. Single use only.

Designed to provide exceptional strength and superior gripping capabilities without the risk of latex allergens. Advanced manufacturing technology gloves a softer fit and feel than traditional nitrile gloves allowing for maximum tactile sensitivity. Ideal for food, safety, janitorial/sanitation and laboratory markets. Textured fingertips. Manufactured without natural rubber. Power-free (PF). Ambidextrous. Beaded cuff. Single use only.

Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.

Create a stronger bond against wear and tear with fusion bonding. A special manufacturing process that actually infused synthetic polymers into the latex. This creates a multi-layer glove that combines the elasticity of latex and the strength of copolymers, protecting against cracking and peeling in normal usage. Other manufacturing processes may simply apply a topical copolymer coating to the latex glove. Without fusion bonding, copolymers can fracture, creating particulate residue and possible delamination. 50 micrograms or less of total water-extractable proteins per gram. Eliminates potential aerosolization of glove powder and powder associated transfer of chemical allergens. Improved tactile sensitivity with increased gripping characteristics.

Manufactured as a co-polymer glove to provide a better fit and feel than before. This non-latex alernative is now made stronger through a manufacturing process called "fusion" bonding. "Fusion" bonding integrates synthetic polymers into the material to create a multi-layer glove for enhancd protection. Provides a better tensile strength and elasticity without sacrificing barrier protection. It has a lower modulus to reduce hand fatigue and porvides more comfort. With greater strength, a better fit and feel, you get a nitrile glove that is safer and more durable to work with for longer periods of time. Better elasticity. Lower modulus. Tested for protection against chemotherapy drugs. Eliminates aerosolization of glove powder.

Manufactured as a co-polymer glove to provide a better fit and feel than before. This non-latex alernative is now made stronger through a manufacturing process called "fusion" bonding. "Fusion" bonding integrates synthetic polymers into the material to create a multi-layer glove for enhancd protection. Provides a better tensile strength and elasticity without sacrificing barrier protection. It has a lower modulus to reduce hand fatigue and porvides more comfort. With greater strength, a better fit and feel, you get a nitrile glove that is safer and more durable to work with for longer periods of time. Better elasticity. Lower modulus. Tested for protection against chemotherapy drugs. Eliminates aerosolization of glove powder.