Gloves

The Titan TM brand 1318 proprietary polymer coated latex glove is a result of leading edge developments in manufacturing technology. Latex gloves are known for their tensile strength, fit, comfort and flexibility. The synthetic polymer coating on the inside surface of the glove minimizes direct skin contact. This is advantageous in two ways: 1.) Indirect contact with the glove surface minimizes chances of inducing possible skin irritations and 2.) minimizes complications with certain latex proteins that are known to induce allergic reactions in susceptible individuals. Additionally, the slick polymer coating allows for easy donning even under moist conditions. This is beneficial for our customers who repetitively replace their gloves either between patient examinations or experimentation procedures

The new synthetic formulation offers an ultra-soft glove that is a unique blend of comfort and resilience. Simply stated, this is the premier glove. It features the traditional strength and resistance of nitrile gloves with the supple feel and comfort of latex, without the allergenic properties of latex proteins. The glove fits snugly around the fingertips for optimal tactile sensitivity and broadens out for a looser fit around the knuckles to reduce tension and fatigue. The micro-texturing around the fingertips promotes maximum grip and control even under wet conditions. Nitrile gloves offer superior protection from incidental contact with many of the chemicals found in the laboratory. This premium nitrile glove is a true combination of comfort, protection, functionality and biocompatibility

The Titan TM brand 1317 latex glove showcases the best features of latex without powder. Some studies have shown that the USP grade cornstarch from the latex gloves is the carrier of latex proteins, potentially responsible for inducing allergenic reactions in certain susceptible individuals. These latex gloves are devoid of powder that can also leave a traceable odorous residue. A modified version of the Lowry assay is used to quantify overall levels of protein on the glove surface. Protein concentration is determined by comparison with a standard calibration curve derived from known amounts of reference protein. Not all proteins found on latex gloves are allergenic, hence an overall decrease in all proteins should correlate to a decrease in concentration of allergenic proteins

The Titan TM brand 1315 powder free, low tack finish latex glove is ideal for double gloving. All of CLP’s gloves far exceed the FDA’s Acceptable Quality Limits (AQL) and American Society for Testing and Materials (ASTM) standards. The inherent value of double gloving Titan TM brand gloves cannot be overstated. The double chlorination wash step significantly reduces total extractable latex protein concentration. Customers can appreciate the benefits of latex, while minimizing the chances of latex protein exposure. The textured finish allows for a more secure grip

The light powdering on the Titan TM brand 1316 latex glove facilitates donning and removal of gloves. Enjoy the feel, comfort, flexibility and strength of latex…. at a value price. The high tack finish allows for maximum grip, even under wet conditions. A modified version of the Lowry assay is used to quantify overall levels of protein on the glove surface. Protein concentration is determined by comparison with a standard calibration curve derived from known amounts of reference protein. Not all proteins found on latex gloves are allergenic, hence an overall decrease in all proteins should correlate to a decrease in concentration of allergenic proteins

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