Hartalega’s Polychloroprene Examination Gloves offer great barrier resistance, and yet excellent for puncture resistance. It is a perfect glove for professionals who perform long-hour tasks and for those expecting good durability and high elasticity. It is a great pair of gloves for people with latex allergies. The gloves enable users to experience touch sensitivity while providing reliable protection as well as utmost comfortableness.
Hartalega’s Biodegradable glove, BDG, is one of Hartalega’s latest green initiatives in helping to create a better environment. It is our contribution to provide an end-of-life solution to nitrile gloves. Hartalega’s BDG is a polymerised “food source”, specially formulated to attract microbes found especially in landfills. This biodegradation method is strictly enzymatic.
Contrary to conventional medical gloves that serve only as a passive barrier between microbes and your hands, AMG antimicrobial gloves can play a pivotal role to reduce cross-contamination and microbial transmission by using its microbe-killing mechanism.
The AMG antimicrobial glove is designed to kill microbes on the outer glove surface rapidly upon contact. Its key ingredient, a photosensitiser, is incorporated on the outer glove surface. Upon exposure to light, the photosensitiser reacts with oxygen in the immediate vicinity to generate singlet oxygen. This singlet oxygen is highly reactive and rapidly oxidises multiple structures of a microbial cell (including lipids and proteins), thus leading to the death of microbes.
Ultimately, AMG antimicrobial glove minimises the risk of microbial transmission from an infection source to a susceptible patient.
Contrary to conventional medical gloves that serve only as a passive barrier between microbes and your hands, AMG antimicrobial gloves can play a pivotal role to reduce cross-contamination and microbial transmission by using its microbe-killing mechanism.
The AMG antimicrobial glove is designed to kill microbes on the outer glove surface rapidly upon contact. Its key ingredient, a photosensitiser, is incorporated on the outer glove surface. Upon exposure to light, the photosensitiser reacts with oxygen in the immediate vicinity to generate singlet oxygen. This singlet oxygen is highly reactive and rapidly oxidises multiple structures of a microbial cell (including lipids and proteins), thus leading to the death of microbes.
Ultimately, AMG antimicrobial glove minimises the risk of microbial transmission from an infection source to a susceptible patient.
Experience absolute tactile sensitivity at the tips of your fingers. This is a glove that dons like your second skin. Suitable for delicate procedures that demand great precision. Popular among food industries, aged care and examination procedures.
Experience absolute tactile sensitivity at the tips of your fingers. This is a glove that dons like your second skin. Suitable for delicate procedures that demand great precision. Popular among food industries, aged care and examination procedures.
A light weight, but strong glove that meets both the European and American glove standards. High in quality, these gloves are proven reliable and are popular among the medical and dental industries.
Coated with FDA recognised skin protectant. Clinically proven to help protect and moisturise your skin from dry and irritated skin from prolonged glove use and hand wash.
Coated with FDA recognised skin protectant. Clinically proven to help protect and moisturise your skin from dry and irritated skin from prolonged glove use and hand wash.
Contrary to conventional medical gloves that serve only as a passive barrier between microbes and your hands, AMG antimicrobial gloves can play a pivotal role to reduce cross-contamination and microbial transmission by using its microbe-killing mechanism.
The AMG antimicrobial glove is designed to kill microbes on the outer glove surface rapidly upon contact. Its key ingredient, a photosensitiser, is incorporated on the outer glove surface. Upon exposure to light, the photosensitiser reacts with oxygen in the immediate vicinity to generate singlet oxygen. This singlet oxygen is highly reactive and rapidly oxidises multiple structures of a microbial cell (including lipids and proteins), thus leading to the death of microbes.
Ultimately, AMG antimicrobial glove minimises the risk of microbial transmission from an infection source to a susceptible patient.