Silicone foams are a rising star in the world of materials science, offering a unique blend of lightweight construction, vibration-dampening, and sealing properties. This makes them highly attractive to original equipment manufacturers (OEMs) across various industries seeking to reduce weight, protect sensitive equipment in mechanically stressful conditions, and protect from water and debris.  The Benefits of Silicone Foams Here’s how the compact advantages of silicone foams benefit OEMs: Reduced Weight Compared to traditional solid gaskets and seals, foams can be significantly lighter ..read more

Medical grade adhesives face a unique set of challenges due to their direct or indirect contact with the human body and the specific demands of various applications. Polymer Science adhesives offer great potential in addressing these challenges and can contribute to improved performance and functionality of medical devices.  Here are some common medical issues and how our P-DERM® adhesives can help: Bond Strength and Durability Medical adhesives need to withstand various stresses and strains depending on the application. Surgical adhesives require strong bonds, while catheters need flexi ..read more

Adhesives are used extensively within current medical device technologies. Derived from polymers found in petroleum or extracted from natural sources, adhesives offer a significant opportunity for OEMs in medical manufacturing to achieve more sustainable practices. By prioritizing the development and adoption of environmentally friendly and high-performance options, OEMs can contribute to a cleaner environment, optimize their production processes, and create innovative medical devices with improved sustainability profiles.  Polymer Science is at the forefront of the sustainable medical m ..read more

In recent years, the electric vehicle (EV) industry has witnessed remarkable growth globally, driven by technological advancements. As consumers gravitate toward EVs as sustainable alternatives to traditional combustion engines, a shift in consumer preferences and a focus on reducing carbon emissions and fossil fuel dependency have emerged. Within the vast network of electrical components, designers and engineers need reliable partners to achieve a more electrified future. One such example is EMI shielding. While consumers are focused on exterior style and interior amenities, manufacturers an ..read more

For medical professionals and the medical industry, in-vitro diagnostics (IVD) are key to helping care for the human body. Why are in-vitro diagnostics important? With in-vitro diagnostics driving an astounding 66% of medical decision-making, it’s clear that these diagnostic tests are an indispensable tool in the fight against diseases. Whether it’s infectious diseases or genetic predispositions, such tests provide health systems with the essential data they need. Since 1998, Polymer Science has worked alongside medical device manufacturers and suppliers to design and engineer P-DERM® coatings ..read more

Thermal gap fillers act as aids within a wide range of electronic components. The primary purpose of gap fillers is to replace insulative air spaces with these materials. The thermally conductive properties of these materials increase overall heat transfer for a specific system or an entire device. With a vast range of gap fillers including silicone, non-silicone and 2-part dispensable gap fillers, selecting materials early in the planning phase can aid in heat dissipation, manufacturing, and even the design of electronics. The Role of Thermal Gap Fillers in Electronics Within the broader clas ..read more

The Evolving Necessity of EMI Shielding Filtering, grounding, and shielding are three methods of controlling electromagnetic interference. The interruption caused by external sources affects electronic devices resulting in disruptions, signal degradation, or even data loss. As the complexity and sophistication of electronic designs increase, so does the potential for interference. Polymer Science designs and engineers a wide range of EMI shielding materials including fabrics, foams, foils, adhesives, and conductive silicones. Choosing the ideal EMI shielding material requires careful planning ..read more

Advances in healthcare and medical devices improve both patient comfort and clinical efficacy. One seemingly simple component of care – choosing skin contact adhesives – can greatly enhance or hinder medical outcomes. Thus, selecting the right materials, especially in the converting process, often becomes a major challenge for healthcare providers. Choosing the ideal skin adhesive for medical applications does not just consider the adhesion. For instance, acrylics are used extensively for a number of key benefits including long, activewear time and high moisture vapor transmission rates (MVTRs ..read more

Unwanted noise or interference in an electrical path has always hindered the performance of devices. As smartphones shift to more compact designs and modern automobiles are outfitted with incredibly energy-dense components, electromagnetic interference (EMI) is a primary concern across nearly all industries. For OEMs and tier 1 suppliers, Polymer Science’s P-SHIELDⓇ EMI shielding and grounding materials offer the perfect solution to the growing demand for effective EMI reduction. Our team designs and engineers P-SHIELD® shielding & grounding materials to meet the ever-changing needs of con ..read more

From the simplest industrial manufacturing process to the highly complex and compact designs, precision and streamlined efficiencies are paramount to a successful project. Die cutting provides precision and performance to manufacturing – cutting raw materials with exacting specifications. When combined with the right adhesives and tapes, converting processes achieve another level of excellence. At Polymer Science, our team of engineers and designers work across a wide range of industries from highly specialized tapes for skin contact, thermal interface materials, and EMI shielding & ground ..read more