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Polyurethane latex is a suitable material for creating durable and flexible products.

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5mo ago

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Is latex polyurethane a suitable material for creating durable and flexible products?

Latex polyurethane is a suitable material for creating durable and flexible products.


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What material is flexible durable and water resistant?

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What material is elastic made of, and why is latex commonly used in its production?

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What to do with old polyurethane?

Polyurethane are recyclable, therefore, old, used or spent polyurethane should be sorted and recycled. we need to bear in mind that it takes more than 100years for polyurethane products to decay. Also, they are not biodegradable. Therefore, recycling is the way forward and in the case of some special polyurethane products such as Hospital wastes and the likes, the wastes should be treated before recycling. Olaoluwa Ogunfeyitimi


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What are the benefits of using natural polyurethane in comparison to traditional polyurethane products?

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How do you recycle polyurethane?

Hi, polyurethane can be recycled in two major ways: 1, by rebonding the polyurethane crumbs using hydraulic press and 2, by converting the poyurethane into powder and use it as filler in new production. there are other technical things to know about polyurethane recycling but this answers the question. From Engr Olaoluwa Ogunfeyitimi


Polyurethane Foam Technology?

Polyurethane foam is a chemically produced material that exhibits highly resilient qualities. It is commonly used for production of both flexible and firm items, including foam for seating, insulation panels, bushings, gaskets, seals, Spandex fibers, and hard plastic parts. It was originally the brainchild of German chemist Otto Bayer and others in 1937. Development of finished products was delayed due to the interference of World War II, and polyurethane foam again resurfaced for development in the early 1950’s.A new product called “imitation Swiss cheese” became commercially available when inventors accidentally allowed water into the reaction mix. DuPont Company, BASF, and Dow Chemical brought more polyurethane foam to the commercial markets by 1957, and the automotive industry began using firm polyurethane plastics parts thereafter. Over the next two decades, automotive applications using polyurethane foam increased, eventually resulting in all plastic cars.The introduction of blowing agents created capabilities for spraying polyurethane products on parts and in molds, thus expanding its use and popularity. Some economic advantages over other materials quickly boosted the development and use of polyurethane foam into many areas of industry. It is used now for coating large areas such as concrete and steel structures, tunnels, tank liners, and recently for creating spray-in-place load bed liners that are found on pickup trucks and other cargo areas.With a desire to produce this product using green technology while cutting costs, new polyurethane foam and products are being produced using environmentally friendly natural vegetable oils. By 2007, worldwide consumption of the raw materials used to make polyurethane foam reached over 12 million metric tons. Continued popularity of these materials keeps current annual production growth rates at around 5% per year.The uses of polyurethane foam are myriad. Furniture foam, packaging foam, bedding, underlay for carpeting, vehicle interiors, and shock absorption parts are made from flexible or firm polyurethane foam. There are no real substitutes for this material with regard to the benefits of low cost, flexibility, usability, weight and compression resistance. It is a safe product that does not emit volatile organic compounds (VOCs) that might present a health hazard. Its ability to become either a flexible or firm end product greatly extends the range of usefulness of polyurethane foam.As there are many proprietary products and technologies involved with this product, a good resource for further technical questions is the Polyurethane Foam Association website, for starters. Visit them at: http://www.pfa.org/faq.html.