Specific Versaflex OM grades have been specially formulated to bond to PC, ABS, nylon 6/6, PC/ABS, and PPO. With new innovative technologies, Avient continues to develop TPEs that bond to a variety of substrates. Newer machines with a computer interface offer improved process control and are preferred for multi-cavity tools and high production applications.

Located entirely in the closure, Capture is for use with polyethylene terephthalate (PET) bottles.

Cesa™ Raise Heat Stability Modifier for APET Packaging Cesa™ Raise is a heat stability modifier specifically designed for amorphous polyethylene terephthalate (APET) thermoformed packaging.

The use of a polyethylene (PE) carrier may adversely effect adhesion to the substrate for some overmolding applications.

Versaflex™ TF Adhesive TPE solutions, developed for adhesive films in laminations with nylon and polyester textile fabrics, enable brand owners and OEMs to create a new generation of soft, stretchable, and breathable fabrics for athletic apparel such as sportswear and underwear. Compared to TPU adhesive films and traditional glue, these new TPE solutions can deliver a seamless and strong adhesion to polyester and nylon fabrics, enabiling a uniform thickness and overall appearance for an athletic, close-fitting, and non-bruising finish. Versaflex TF Adhesive TPEs offer easy processing and shaping, and can also be custom-colored and cost-efficiently laser-cut.

Glass fiber and glass beads formulations are typically used for injection molding processes where improved dimensional stability is required. Titanate Fiber Compounds can increase mechanical strength while gaining chemical inertness and excellent cryogenic impact resistance. They can also be used as an antistatic coating on FEP or PTFE-impregnated glass cloth or as a resistance carrier for heating bands.

NYMAX™ BIO BIO-BASED POLYAMIDE SOLUTIONS PROCESSING GUIDE 1 NYMAX BIO Formulated in glass fiber-filled or unfilled materials, Nymax™ BIO formulations utilize between 16 and 47 percent natural filler from renewable plant-based raw materials, reducing the carbon footprint value significantly at the beginning of the product lifecycle. These highly engineered formulations deliver comparable performance to traditional PA66 glass fiber- filled materials, plus the bio-derived solutions offer lower warpage and have excellent surface appearance and colorability. Regrind is not suggested—glass fiber reinforce material will lose strength after regrind Mold Design Recommendations Gates 1.

Bonded for enhanced properties Crosslinking refers to the bond between two different polymer chains that creates new chains with improved properties.

The use of a polyethylene (PE) carrier may adversely effect adhesion to the substrate for some overmolding applications.

Through the use of a software interface, a patient is given physical sensations of different prostheses while operators select various brands and models.