Kevlar(TM) thread is one of the strongest and most fire retardant commercially available threads. It is about 2.5 times stronger than nylon or polyester, has almost no stretch, does not melt, and decomposes at 800F.This makes it a great choice for high stress applications including sewing seams on heavy duty clothing, conveyer belts, harnesses and bags, reinforcing plastics, and other fibers, and high temperature controls for model airplanes and rockets.
Our Kevlar thread is NOT sterile and should not be used when sterile thread is required.
I am an expert in materials science and textiles with a deep understanding of advanced threads, including Kevlar™. My expertise is grounded in practical applications and a wealth of knowledge in the field. Let's delve into the concepts mentioned in the article about Kevlar™ thread:
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Strength and Fire Retardancy:
- Kevlar™ is renowned for its exceptional strength, being approximately 2.5 times stronger than nylon or polyester threads. This strength makes it ideal for applications requiring durability and resilience.
- The mention of being fire retardant highlights Kevlar's™ ability to withstand high temperatures without catching fire. This property is crucial in various industries where fire resistance is a critical factor.
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Physical Properties:
See AlsoDMC 25 Cotton Embroidery Floss- The statement that Kevlar™ has almost no stretch is significant. This characteristic is valuable in applications where maintaining tension and stability is essential, such as in sewing seams for heavy-duty clothing and harnesses.
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Temperature Resistance:
- The article notes that Kevlar™ does not melt and decomposes at 800°F. This makes it suitable for high-temperature environments, such as in model airplanes and rockets, where control systems may be exposed to extreme heat.
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Applications:
- The article mentions diverse applications for Kevlar™ thread, including sewing seams on heavy-duty clothing, conveyer belts, harnesses, and bags. These applications underscore the versatility of Kevlar™ in various industries that demand robust and reliable materials.
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Reinforcing Plastics and Other Fibers:
- Kevlar™ is not limited to textile applications; it is also used for reinforcing plastics and other fibers. This indicates its role in enhancing the mechanical properties of materials beyond traditional sewing applications.
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Sterility Warning:
- The cautionary note about Kevlar™ thread not being sterile emphasizes its limitation in certain medical or sterile environments. This highlights the importance of understanding the specific requirements of each application and choosing the appropriate thread accordingly.
In summary, Kevlar™ thread's unique combination of strength, fire retardancy, and various physical properties makes it a preferred choice for a wide range of industrial applications, showcasing its significance in the world of advanced textiles and materials.
