News & Insights

Proper cure in roto-molded parts is critical. Over-curing or under-curing can both lead to poor part performance and brittleness. Understanding how to evaluate and measure the cure condition is paramount in producing high-quality, high-performance parts.

Entec Polymers offers a range of both branded prime and generic prime polycarbonate options. Our HYLEX branded Polycarbonate is an excellent option for customers seeking top level quality polycarbonate products but at a lower cost than branded prime.

CHIMEI’s POLYLAC ABS resin is a copolymer primarily composed of styrene (SM), acrylonitrile (AN), and butadiene (BD). ABS has very good mechanical properties, dimensional stability, processing ability, chemical resistance, and a high-quality appearance.

Rotational molding, more commonly called Rotomolding, is a processing method where a plastic powder is weighed and poured into a mold which then goes into an oven. While the mold is in the oven, it's heated and rotated, the plastic powder starts to melt, and builds up until the desired thickness is reached.

Styrolux resins are a range of thermoplastic styrene-butadiene copolymers (SBC). One of the outstanding characteristics of Styrolux copolymers is their combination of high transparency, brilliance and impact resistance.

INEOS Styrolution Lustran® styrene acrylonitrile copolymers (SAN) feature a very well-balanced property profile ranging from excellent transparency and good chemical resistance to high stiffness, as well as very good dimensional stability.

Pinking, yellowing and gas fade are all terms used to describe the same discoloration phenomenon. Typically seen in polyethylene, polypropylene and other polyolefin materials, although also possible in other polymers, this discoloration is usually caused by over-oxidation of phenolic compounds.

Celanese Celanex PBT is a high-performance thermoplastic polyester produced from terephthalic acid or dimethyl terephthalate and 1.4-butanediol.

Through strategic partnerships, Entec has been distributing quality thermoplastics to the Automotive sector since 1985. We provide commercial sales support, technical production support and local stocking support for every auto OEM and Tier I/Tier II in North America.

Most commercial foam products can be classified as high-density foams or low-density foams. High-density foams have densities of 75% to 90% of the un-foamed polymer and are used in more permanent applications in furniture, cabinetry, material handling, industrial, construction, consumer, automotive, marine, and consumer markets.

This guide lists applications, key criteria, resin recommendations and polymer trade names from leading suppliers in the automotive industry.

In order to stay ahead of rapidly changing transportation requirements, Entec has optimized its supply base and technical knowledge to cover almost every component of a commercial truck. Entec Polymers places a heavy focus on finding the right material for each application. We are confident our technical support, customer focused approach and market know-how will help your team select the right material for your Commercial Truck needs.

PC/ABS blends are a common engineering resin used in a range of engineering applications. With the push for sustainability and circularity, more compounders are producing PC/ABS blends using recycled feedstocks.

Since 1985, Entec Polymers has been providing a better method for Automotive resin selection. The advanced technical performance criteria for Electric Vehicles poses us with new challenges compared to traditional internal combustion engines. As Electric Vehicles begin to make up a larger share of the automotive market our technical experts are here to help your EV program succeed.

Thermoplastic Elastomers (TPE) technology is revolutionizing the industry with its unique blend of flexibility and durability.

It doesn’t matter where you live, who you work for or what you do for a living, sustainability touches every single person.

In the world of materials science, two contenders are always battling: Nylon 6 and Nylon 6/6. These high-performance polymers have been the unsung heroes behind a multitude of products we use every day, from clothing to car parts.

Nylon 6 and Nylon 66 are two of the most popular and versatile polymers in the world. They find extensive applications in industries ranging from automotive and aerospace to consumer goods and textiles. However, despite their widespread use, there has been some confusion regarding drying, moisture content, and proper processing temperatures.

PET and PBT thermoplastic polyesters are engineering resins offering a good balance of mechanical, thermal, and electrical properties. PET and PBT polyester compounds are available in a wide range of formulations such as unfilled, glass reinforced, mineral filled, and flame retardant and they are also commonly used in blends with other polymers such as polycarbonate and ASA.

Dow Elvaloy™ AC acrylate copolymers can improve the impact performance of your ABS compounds utilizing loading levels of only 5% to 10% and it performs equally well in mass or emulsion polymerized ABS products.

Nylon Chemical Resistance is a vital aspect of material science that plays a crucial role in various industries. In an ever-evolving landscape where materials are subjected to an array of aggressive chemicals and environments, understanding the chemical resistance of Nylon is paramount.

Gain invaluable insights from an industry expert, discover time-tested solutions, and revolutionize your manufacturing process. Whether you're a seasoned pro or just starting, this guide is your key to understanding and solving challenging injection molding defects.

Demystifying Automotive Flammability Standards: A Comprehensive Q&A Guide on FMVSS 302 and OEM Tests

NAS is the trade name for INEOS Styrolution brand of styrene methyl methacrylate (SMMA). NAS is produced from styrene monomer and methyl methacrylate and offers excellent processability, low moisture absorption, low residual stress, high rigidity, low density, and excellent clarity and optics.

Motorcycles give riders a sense of freedom and power, as well as the satisfaction that they look cool while cruising down the highway. But as bike OEMs continue to engineer new models with advanced performance and eye-catching appearance, there’s another priority impacting their design decisions today – environmental sustainability.