Medical gloves raise product-to-package ratio to lower eco impact
January 30, 2014
Medical gloves raise product-to-package ratio to lower eco impact
Ansell has launched its Touch N Tuff 92-616, a 100 percent nitrile, medical exam grade glove that offers high level puncture resistance, superior fingertip sensitivity and exceptional durability. The gloves are available in a redesigned 150-count pack, reducing packaging waste and thereby reducing the corresponding impact on the environment.
"We created Touch N Tuff 92-616 to offer safety professionals an even higher quality exam glove and to increase worker confidence in various industries," says Bill Bennett, marketing manager—Americas Region. "We also increased the number of gloves in each pack from 100 to 150 to reduce packaging waste, increase efficiency and improve productivity."
Touch N Tuff 92-616 gloves were designed for increased hand protection. Nitrile gloves offer three times the puncture resistance of comparable latex or vinyl gloves. The Touch N Tuff 92-616 is suitable for a variety of applications including laboratory testing, lab analysis and technical work, preparing pharmaceutical products and dairy and meat processing. Touch N Tuff gloves also comply with FDA food handling standards.
The new Touch N Tuff 92-616 packaging also receives "green" accolades for its efficiency and reduced impact on the environment. With more gloves within the same size packaging as the 100-count pack, transportation needs decrease along with associated storage costs. Additionally, more gloves in one box means less frequent stock-outs, which saves time and improves productivity. Glove packaging is also produced from recycled fiberboard and corrugated packaging.
"It's estimated that the increased quantity from 100 gloves to 150 gloves per case will result in a one-third reduction in cases handled, which reduces costs from warehouse to truck to customer," Bennett says.
The glove is available in a range of sizes (XS-XL) to provide options for improved fit for a variety of hand sizes.
Source: Ansell
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