OVERMOLDING One of the largest areas of growth for TPEs is overmolding. Clear formulations can produce the best metallic or pearlescent colors. Relocate the gate so flow occurs in only one direction.

Our discussions with legislators provide awareness on Avient’s role and contributions to the science that enables sustainability and a circular economy, as well as the importance of maintaining a cost and regulatory environment that allows companies to best operate, invest and grow. For every submission received, we pledged to donate to One Tree Planted.

Determining the best sustainable raw material for specific applications will depend on various factors including requirements related to color, performance, regulations, supply, and price.  If raw materials are sourced in one region but sold in another, they must follow the regulations of where they are sold.

For two-shot molding, the time between the first and second shots should be kept as short as possible to achieve the best bond. Overmolded parts will take longer to cool because the TPE is only cooled from one side as the plastic substrate has poor thermal conductivity.

For two-shot molding, the time between the first and second shots should be kept as short as possible to achieve the best bond. Overmolded parts will take longer to cool because the TPE is only cooled from one side as the plastic substrate has poor thermal conductivity.

By utilizing an optimized concentrate formulation and employing a one-in-one manufacturing and dyeing process, it becomes feasible to attain the desired level of jetness without the need for multiple passes typically required in alternative dyeing methods, such as bath-dyeing. The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Spin-dyeing is a one-in-one manufacturing and dyeing process; it reduces the energy needed compared to traditional bath-dyeing, which includes several steps from the production of the yarn to its dyeing.

By utilizing an optimized concentrate formulation and employing a one-in-one manufacturing and dyeing process, it becomes feasible to attain the desired level of jetness without the need for multiple passes typically required in alternative dyeing methods, such as bath-dyeing. The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Spin-dyeing is a one-in-one manufacturing and dyeing process; it reduces the energy needed compared to traditional bath-dyeing, which includes several steps from the production of the yarn to its dyeing.

By utilizing an optimized concentrate formulation and employing a one-in-one manufacturing and dyeing process, it becomes feasible to attain the desired level of jetness without the need for multiple passes typically required in alternative dyeing methods, such as bath-dyeing. The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Spin-dyeing is a one-in-one manufacturing and dyeing process; it reduces the energy needed compared to traditional bath-dyeing, which includes several steps from the production of the yarn to its dyeing.

By utilizing an optimized concentrate formulation and employing a one-in-one manufacturing and dyeing process, it becomes feasible to attain the desired level of jetness without the need for multiple passes typically required in alternative dyeing methods, such as bath-dyeing. The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Spin-dyeing is a one-in-one manufacturing and dyeing process; it reduces the energy needed compared to traditional bath-dyeing, which includes several steps from the production of the yarn to its dyeing.

By utilizing an optimized concentrate formulation and employing a one-in-one manufacturing and dyeing process, it becomes feasible to attain the desired level of jetness without the need for multiple passes typically required in alternative dyeing methods, such as bath-dyeing. The color is embedded into the polyester fibers during the spin-dyeing process, which means it won’t bleed out of the yarn when combined with other colored yarns, including light and white ones. Spin-dyeing is a one-in-one manufacturing and dyeing process; it reduces the energy needed compared to traditional bath-dyeing, which includes several steps from the production of the yarn to its dyeing.