Edgetek 3D/LDS solutions are advanced technologies to help customers to build 3D circuits on molded part surfaces, which are widely used for consumer electronics, automotive components, medical devices, and 5G base stations. Advanced technologies to help customers to build 3D circuits on molded part surfaces (Chinese language version) Advanced technologies to help customers to build 3D circuits on molded part surfaces (English language version)

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

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.

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.

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

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.

Colorant Chromatics PEI Masterbatch - Colors for High Temperature Injection Molding Colorant Chromatics PPSU Masterbatch - Colors for High Temperature Injection Molding Applications Smartbatch™ Blow Molding

Molds can be textured to resemble any number of textile surfaces and effects. Standard injection molding (no secondary processes required) Reusable concentrates significantly reduce time spent cleaning extrusion and injection molding equipment.

These innovative colorants are optimal for creating parts in bright, metallic hues directly from the molding process, eliminating the need for secondary processing. Metallic effects: Achieve stunning metallic finishes in gold, silver, and bronze directly during the molding process Direct molding, eliminating secondary processing