The classic twisted nylon seine twine is one of the most versatile and widely used universally in industrial, commercial, and recreational netting applications. This three-strand… Read More »Twisted Nylon Seine Netting – The Commercial Netting Workhorse
Determining your project’s optimal size, density, and tensile strength doesn’t need to be a challenge. Contact our experienced team today to help you get the… Read More »Twisted Nylon Type 6.6 Twisted Seine Twine Specifications
HMPE (high modulus polyethylene) fiber is also commonly referred to as UHMWPE (ultra high molecular weight polyethylene) in a braided form has a weight-to-strength ratio… Read More »HMPE – A Superior Strength Netting Twine Option
When it comes to purchasing sports netting for baseball batting cages, backstops, golf nets, lacrosse backstops, or soccer backstop netting, it’s crucial to know exactly… Read More »Comparing HDPE Netting and Nylon Nets
Nylon netting is a durable material, but exposure to UV rays and other natural elements can cause degradation and loss of tensile strength. This article explores the use of UV inhibitors and bonding agents to improve the durability of nylon netting, as well as the effects of UV rays and other natural elements on its strength and performance.
Tensile strength can be a very important factor to consider when selecting netting materials for various applications.
Wallace Hume Carothers is widely considered to be the inventor of nylon and neoprene. A prolific chemist and inventor, Carothers held more than 50 patents. In the 1920’s Carothers became a professor at Harvard and began his research into the chemical properties of polymers.
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