SNAP FITS Snap fits can be used when mechanical fasteners cannot. The “ε” is the modulus of thespecific material, “L” is the length of the snap fit, and “t” is the thickness of the snap fit. PRESS FITS Press fit design is determined by the hoop stress on the boss and the pull-out force needed.

Overmolding integrates Polystrand tapes and multi- ply laminates into traditional thermoplastic molding processes, such as injection and compression molding, to create locally-reinforced, molded components. OVERMOLDING WITH POLYSTRAND CFRTP INJECTION/COMPRESSION MOLDING • Design flexibility • Complex shapes • Fast cycle times POLYSTRAND CFRTP • Impact resistance • Strength & stiffness • Light weight PROCESS DESCRIPTION Polystrand CFRTP materials are integrated into the molding process in a few simple steps, allowing you to add lightweight, localized reinforcement without compromising cycle times or shape complexity. AVIENT MAKES NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE, either with respect to the information or products reflected by the information.

Provide a spring-loaded area if the inserted substrate is a metal or other non-compressible material. Due to the tolerance on metal and other non-compressible inserts, it is necessary to include Belleville disc springs (or high tension springs) in the design to prevent flashing of minimal thickness inserts or crushing of oversized inserts.

Whether you’re designing fittings for PC-connected systems, or for smartphone-installed devices, we can help you craft a game-changing experience for the user. Pipe, Fittings And Fluid Handling Exercise & Fitness

You can rely on Avient’s color and additive solutions to get your product noticed on the shelf and help it fit in with your consumer’s decor. Pipe, Fittings And Fluid Handling Exercise & Fitness

SNAP FITS Snap fits can be used when mechanical fasteners cannot. The “ε” is the modulus of thespecific material, “L” is the length of the snap fit, and “t” is the thickness of the snap fit. PRESS FITS Press fit design is determined by the hoop stress on the boss and the pull-out force needed.

Core density for shear and compressive performance

Core density for shear and compressive performance

Core density for shear and compressive performance

Core density for shear and compressive performance