Ranging from colorants and additives to engineered polymer formulations, these solutions can help customers operate more efficiently and design better. Improving manufacturing efficiency by transitioning from metal to specialty thermoplastic solutions The Fakuma trade show is held in Friedrichshafen, Germany from October 13- 17, 2015.

This innovative solution effectively shields dairy products from the harmful effects of visible and LED light, ensuring that the nutritional content, taste, and appearance of liquid dairy products are maintained for up to 3 months. This solution is formulated to block light in the 400-550 nm range - the wavelengths most responsible for content degradation - and by doing so, helps to protect essential vitamins and other nutrients from developing off-flavors, scents, and discoloration, ensuring liquid dairy products taste and look their best. Aimed at shelf life ranging from 2 weeks to 3 months

Designing for e-Commerce: Compared to the traditional retail distribution channel, containers must be redesigned to endure a more rigorous transit journey from production to end-user. Understand your specific application needs, from barrier properties to chemical resistance and more Recommend best-fit materials from a broad portfolio of polymers, colorants and additives

What’s more, using lubricants to protect a component from wear is a two-step process, because the part must first be manufactured, then coated with oil or grease, adding cost to the manufacturing process. Beyond improved surface appearance, protection from friction, and reduced wear, these polymers also offer the design freedom and part consolidation potential of thermoplastics. Here are the some of the top automotive applications that can benefit from making the switch: 

a) what effect do thermoplastic elastomer (TPE) formulations have on the attenuation (energy absorption) of a signal ranging from 20-45 GHz? b) what effect does the varying thickness of those TPE materials have on the attenuation (energy absorption) of a signal ranging from 20-45 GHz?   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).  

Designing for e-Commerce: Compared to the traditional retail distribution channel, containers must be redesigned to endure a more rigorous transit journey from production to end-user. Understand your specific application needs, from barrier properties to chemical resistance and more Recommend best-fit materials from a broad portfolio of polymers, colorants and additives

Designing for e-Commerce: Compared to the traditional retail distribution channel, containers must be redesigned to endure a more rigorous transit journey from production to end-user. Understand your specific application needs, from barrier properties to chemical resistance and more Recommend best-fit materials from a broad portfolio of polymers, colorants and additives

a) what effect do thermoplastic elastomer (TPE) formulations have on the attenuation (energy absorption) of a signal ranging from 20-45 GHz? b) what effect does the varying thickness of those TPE materials have on the attenuation (energy absorption) of a signal ranging from 20-45 GHz?   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).  

a) what effect do thermoplastic elastomer (TPE) formulations have on the attenuation (energy absorption) of a signal ranging from 20-45 GHz? b) what effect does the varying thickness of those TPE materials have on the attenuation (energy absorption) of a signal ranging from 20-45 GHz?   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 very high conductivity of metals simply may be more than is needed to prevent damage from heat build-up. Damage from static electricity – Your electronics need protection from static buildup – specialty thermoplastics can be formulated to do a better job of dissipating unwanted static and therefore minimize the potential for damage to nearby electrical components.