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TPE Knowledge Base

TPE Knowledge Base

– 2020年1月16日 – At this year’s Impressions Expo, PolyOne Specialty Inks is launching its new Zodiac™ Aquarius Digital Hybrid eco-conscious water-based ink system. In addition, our new high solids water-based system has excellent opacity to allow printers to reduce the number of screens, ink deposit, and flash units required.”Zodiac Libra eco-conscious silicone inks make their Impressions Expo debut, offering printers high-stretch and soft-feel

TPE Knowledge Base Because of their excellent recovery characteristics, GLS TPEs are capable of being stretched and deformed, allowing them to be pulled from deep undercuts (as shown in the figure below). Typical shrinkage values for SEBS-based TPEs are 1.3% - 2.5%, whereas those for SBS based TPEs are 0.3% - 0.5 %.

The three processes utilized in the production of PET fiber are polymerization, melt-spinning, and drawing or hot stretching the fibers based upon their elongation requirements.

TPE Knowledge Base Application design experts can recommend a TPE based on a general description of the desired product and the material properties your application requires. You may also need to think about how you want the product to behave when stretched; there are many stretch properties and tests that can be performed to achieve the appropriate amount of flexibility based on your application.

10015IS REFLECTIVE BASE RC32241A UNTHICKENED GENESIS BASE 11000STP STRETCH PUFF WHITE

• Creep When exposed to static long-term loads, synthetic fibers stretch very little. LCP for example, can be constructed to practically eliminate creep. • Stretch All high-modulus high-performance fibers such as carbon tows have low stretch properties. Depending on the application, Nylon Polyamide and polyester can provide higher stretch properties if desired. • Kinking Unlike steel wire, synthetic fibers do not kink, resulting in a safer and longer-lasting product.

Maxxam™ BIO Bio-Based Polyolefin Formulations Maxxam BIO polyolefins (bio-based resin) Maxxam™ BIO Bio-Based Polyolefins