The paper, titled “Balancing Material Acquisition and Production Costs: Quantifying the True Cost of Aluminum Hydroxide Treated Natural Rubber Latex,” was recently presented at the Smithers RAPRA’s Sixth International Latex & Synthetic Polymer Dispersions Conference in Amsterdam, The Netherlands. The paper provides a comprehensive analysis, using actual manufacturer case studies, of the cost and performance benefits of using Vytex® Natural Rubber Latex (NRL) as a safer alternative to standard latex and a greener substitute for synthetics in multiple product applications.
There are over 40,000 types of products made from traditional natural rubber latex (NRL). The most prominent are dipped goods encompassing nearly 50% of latex production (gloves, condoms, toy balloons, breather bags, tubing). Other products made from latex include foam products (mattresses, pillows, and cushions), adhesives (pressure sensitive applications, footwear, and carpet backing), and elastic thread (socks, hosiery and undergarments). The high demand for these products is increasing pressure in the industry for modified NRLs that significantly reduce the antigenic proteins believed to cause latex allergies while preserving precious natural resources.Vytex NRL Equals Less Water:
A recent United Nations Human Development Report notes the growing scarcity of water resources in heavy manufacturing areas such as China and India. The significant reduction in the utilization of water associated with using Vytex NRL in various production models—linked to the decreased need for repeated washing and leaching and associated energy consumption —makes it not only a green solution but supports environmental sustainability in the water-stressed countries around the world.The paper notes that modified latex such as Vytex NRL offers performance improvements and manufacturing cost savings that offset the premium associated with the raw material when compared to standard NRL.
In fact, the paper includes a specific case study involving an actual global glove manufacturer in India, whereby the company reported potential savings of $472,500 annually by eliminating several of the secondary leaching steps it currently uses to remove proteins.
Turning to the specific market advantages of Vytex NRL, the paper acknowledges increased consumer interest in the natural rubber latex bedding market fueled by environmental awareness and the link between better sleep and better health, including pillows and mattresses. Vytex NRL foams offer a cleaner appearance and significantly reduced odor due to the ultra low levels of protein and non-rubbers, providing an added cost benefit for the manufacturer by reducing the use of compounding additives, such as whiteners and fragrances, and a more pleasurable sleep experience for the consumer.
Further advantages to Vytex NRL are found within the adhesives market as Vytex NRL adhesives have been shown to exhibit stability before and after spraying, as well as improved consistency and less clumping, without sacrificing adhesion quality and tackiness. Doyle points out that a European dressing manufacturer reports that the use of Vytex NRL achieved a 95% reduction in proteins in cohesive medical bandages over their standard NRL, thus lessening the risk of sensitive skin reactions.Greener Balloons -- Reason to Celebrate:
Mr. Doyle said, “Our paper puts forth a compelling case for the superiority of Vytex NRL over standard NRL across a variety of measures, including cost of production, environmental considerations, and physical performance characteristics of the finished product. By presenting at the Latex & Synthetic Polymer Dispersions Conference, we are not only drawing attention to the market potential of Vytex NRL; we are also signaling Vystar’s position as a growing company that can increasingly satisfy consumer demand for a broad range of latex products without exposure to petrochemical issues.”About Vystar Corporation
Janet Vasquez | Newswise Science News
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The Max Planck Institute for Physics (MPP) is opening up a new research field. A workshop from November 21 - 22, 2016 will mark the start of activities for an innovative axion experiment. Axions are still only purely hypothetical particles. Their detection could solve two fundamental problems in particle physics: What dark matter consists of and why it has not yet been possible to directly observe a CP violation for the strong interaction.
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