41930RUG SAMPLER RED PP FR 8-6 LMS-1000

The glass-filled polyketone samples showed better property retention and lower dimensional change than PA6 and PA66. For more insight into processing polyketone, such as shrink rate, run temperature, and drying conditions, check out our processing guide PDF. Learn more about processing polyketone, such as shrink rate, run temperature, and drying conditions

The glass-filled polyketone samples showed better property retention and lower dimensional change than PA6 and PA66. For more insight into processing polyketone, such as shrink rate, run temperature, and drying conditions, check out our processing guide PDF. Learn more about processing polyketone, such as shrink rate, run temperature, and drying conditions

Light travels into the color and reflects back to our eye the base and color of the sample we are viewing. Using the same plates, and printing on a dischargeable cotton fabric, the discharge base will replace the gray portion of this technique since the ink is saturating into the “natural” color of the fabric, the colors will create a true hue and the lighter colors will still need a bit of white to pull in the brightness needed to hit color quickly.

The glass-filled polyketone samples showed better property retention and lower dimensional change than PA6 and PA66. For more insight into processing polyketone, such as shrink rate, run temperature, and drying conditions, check out our processing guide PDF. Learn more about processing polyketone, such as shrink rate, run temperature, and drying conditions

The 5th generation of cellular networks (5G) is an emerging technology that will allow consumers to be more connected than ever before by allowing faster data transfer rates with lower delays and latency. Using the test method reference from ASTM D2520 Part C, we generated repeatable data on the samples of four select formulations at the same four thicknesses, recording the average and median values for both dielectric constant (Dk) and dissipation factor (Df).  

The 5th generation of cellular networks (5G) is an emerging technology that will allow consumers to be more connected than ever before by allowing faster data transfer rates with lower delays and latency. Using the test method reference from ASTM D2520 Part C, we generated repeatable data on the samples of four select formulations at the same four thicknesses, recording the average and median values for both dielectric constant (Dk) and dissipation factor (Df).  

The 5th generation of cellular networks (5G) is an emerging technology that will allow consumers to be more connected than ever before by allowing faster data transfer rates with lower delays and latency. Using the test method reference from ASTM D2520 Part C, we generated repeatable data on the samples of four select formulations at the same four thicknesses, recording the average and median values for both dielectric constant (Dk) and dissipation factor (Df).  

Available in non-PFAS* formulations to achieve a UL 94 V-0 flame rating at 1.5 mm Data based on single lot of lab generated samples. Data based on single lot of lab generated samples.