Because these blends exhibit uniform shrinkage after molding, manufacturers can simplify injection mold construction while still meeting exacting tolerances for plug connectors and other components. In addition, compared to PEEK, the materials can be processed at lower temperatures to help manufacturers save energy during injection molding.  

We’ve helped numerous customers maintain a high part quality as they transition from paint to using molded-in colors.  Learn how molded-in color can offer the same eye-popping effects of paint at a greater efficiency and lower cost. Smartbatch™ FX for Paint Replacement supported painted steel replacement with look-alike molded-in-color solution for quadricycle

These injection-molded materials combine high levels of stiffness, strength, and toughness, allowing for innovative parts and designs. Modeled performance of the design with advanced testing (Finite Element Analysis, mold flow, burnoff) Relieved performance fears with mold flow analysis and hands-on technology support

These injection-molded materials combine high levels of stiffness, strength, and toughness, allowing for innovative parts and designs. Modeled performance of the design with advanced testing (Finite Element Analysis, mold flow, burnoff) Relieved performance fears with mold flow analysis and hands-on technology support

As an injection molding contractor with expertise in lighting components, Kruunutekniikka knew it could provide improved manufacturability and performance in LED lighting by producing non-metal heat sinks at scale. Improved manufacturing: The company realized substantial savings during high-volume production thanks to a switch from die casting to injection molding. Achieved new sustainability goals: Production scrap from the injection molding process can be fully recycled as part of an in-line process, which helped the company meet its sustainability goals.

For example, anthranilamide (ATA)-based acetaldehyde (AA) scavengers, commonly used in PET, can deposit on the molds during injection molding. This new technology boasts lower levels of sublimation, does not cause mold deposition, and has a lower risk of exceeding regulatory migration thresholds.

For example, anthranilamide (ATA)-based acetaldehyde (AA) scavengers, commonly used in PET, can deposit on the molds during injection molding. This new technology boasts lower levels of sublimation, does not cause mold deposition, and has a lower risk of exceeding regulatory migration thresholds.

Automotive textiles, for example, can be matched with molded polymers to create tactile interiors for aesthetic purposes. But beware: Matching colors on disparate materials, such as textiles and molded polymers, is not an easy task. The glove box lid, ventilation covers, and even the center console all have been considered as applications that could shift from hard molded polymer to textile surface.

Most GLS TPE materials replicate the mold surface fairly well. To produce a glossy finish, a polished mold is required and an unfilled grade should be used. If a matte finish is required, a rougher mold texture should be used (or a GLS product such as GLS Versalloy™ TPV Alloys, which naturally produce a matte surface).

Colorant & Additive Solutions for Appliances There are several advantages to incorporating colorants and performance additives in the form of masterbatches (concentrates) during the molding of plastic parts. COLORANTS & ADDITIVES FOR MOLDED-IN APPEAL AND PERFORMANCE Color Matching Whichever color our customers want for their plastic parts, our color matching experts will strive to develop a corresponding color masterbatch in the relevant polymer grade. EC) 1907/2006 and amendments) • UL94 file for MB (QMQS.E73454) and formulations (QMQS.E103015) • “Toys declaration” Directive 2009/48/EC • Waste Electrical & Electronic Equipment (WEEE) * Contact us for more detailed information about our ISO certifications.