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# Polymer Science, Inc.

## Sitemaps

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## Posts

- [Thermal Products for Electric Vehicle (EV) Applications](https://polymerscience.com/thermal-interface-materials-in-ev/) - At Polymer Science, Inc. (PSI), we work with manufacturers across many industries. In recent years, as the electrification of the automotive industry has accelerated, there is an even greater need for our thermal interface materials (TIMs). As a company that has worked for decades in engineering more effective ways to manage the heat generated from
- [The Compact Advantages of Silicone Foam](https://polymerscience.com/the-compact-advantages-of-silicone-foam/) - 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
- [What Materials Are Used in Negative Pressure Wound Therapy?](https://polymerscience.com/what-materials-are-used-in-negative-pressure-wound-therapy/) - Negative Wound Pressure Therapy (NWPT) treats acute and chronic wounds including complex trauma wounds, pressure ulcers, skin grafts, burns, and other infected wounds. The therapy places a sealed dressing over a wound and a pump applies negative pressure creating a vacuum. Excess fluids are drawn away from the wound and the negative pressure promotes blood
- [Sealing and Vibration Dampening in Automotive Industry](https://polymerscience.com/sealing-vibration-dampening-automotive-industry/) - Engineering any product faces many challenges. Automobile design combines thousands of individually engineered products into one exceptionally complex process. Protecting and securing lighting, sensors, engine compartments, and other crucial components demands high-quality and versatile solutions. Polymer Science works with a number of Tier 1 suppliers and OEMs to develop adhesives, tapes and coatings for many
- [Conductive Foams in EV Battery Innovation](https://polymerscience.com/conductive-foams-in-ev-battery-innovation/) - 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
- [Sustainability in Medical Adhesives Manufacturing for OEMs](https://polymerscience.com/sustainability-in-medical-adhesives-manufacturing-for-oems/) - 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
- [Common Issues and Solutions in Medical Grade Adhesive Applications](https://polymerscience.com/common-issues-and-solutions-in-medical-grade-adhesive-applications/) - 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
- [What Methods Are Used for Thermal Management of EV Batteries?](https://polymerscience.com/what-methods-are-used-for-thermal-management-of-ev-batteries/) - Thermal management has always been important in electronics. As electric vehicles advance from a niche market to mainstream adoption, the importance of heat dissipation in EV batteries is paramount. During operation, the battery creates a lot of heat but needs to remain within a narrow heat range for optimal performance. Transferring heat away from the
- [What Grounding Materials Are Used in Wireless Charging?](https://polymerscience.com/grounding-materials-used-in-wireless-charging/) - Wireless charging or conductive charging is a type of wireless power transfer. The technology uses an electromagnetic field to transfer energy through an inductive coupling to an electrical device. The most familiar application is charging the batteries in devices like smartphones, tablets and watches. Wireless charging systems in EV applications are far more valuable than
- [Why Are In-Vitro Diagnostics Important?](https://polymerscience.com/why-are-in-vitro-diagnostics-important/) - 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
- [A Guide to Thermal Gap Fillers](https://polymerscience.com/a-guide-to-thermal-gap-fillers/) - 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
- [Reducing Electromagnetic interference in EV Applications](https://polymerscience.com/reducing-electromagnetic-interference-in-ev-applications/) - When you think about an electric vehicle, thermal management and cooling the vehicle are the first things that come to mind, however, you should also be considering shielding and grounding materials as well. There are a number of sources of potential electromagnetic interference, or EMI, in an electric vehicle. The primary source of EMI in
- [How Does an EMI Shield Work?](https://polymerscience.com/how-does-an-emi-shield-work/) - 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
- [What Materials Are Used in EMI Shielding Tape?](https://polymerscience.com/what-materials-are-used-in-emi-shielding-tape/) - 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
- [Benefits of Low Trauma Acrylic Adhesives: Enhancing Patient Care & Provider Efficiency](https://polymerscience.com/benefits-of-low-trauma-acrylic-adhesives/) - 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
- [Selecting Low Tack Tape for Die Cutting in Industrial Manufacturing](https://polymerscience.com/selecting-low-tack-tape-for-die-cutting/) - 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
- [NEW PRODUCT: P-DERM® PS-2246 High Water Content Hydrogel Adhesive](https://polymerscience.com/new-product-p-derm-ps-2246-high-water-content-hydrogel-adhesive/) - This year at MD&M West 2021, we highlighted our new high water content hydrogel adhesive! P-DERM® PS-2246 is our high water content hydrogel adhesive formulation that is a 50% by weight water adhesive material used for medical devices. The added water allows PS-2246 to be softer to the touch, more pliable, and gentler on the
- [Sealing the Future: Silicone Foam in the Electric Vehicle Industry](https://polymerscience.com/sealing-future-silicone-foam-electric-vehicle-industry/) - Passenger vehicles and lightweight trucks are essential for the mobility of Americans. As individuals, businesses and governments seek ways to reduce carbon emissions, electric vehicles are paving an electrified future for roadways. With more than half of US car sales projected to be electric vehicles by 2030, manufacturers and designers will need supply partners with
- [Silicone Foam Sealing: Enhancing Safety and Comfort in Rail and Transportation](https://polymerscience.com/silicone-foam-sealing-enhancing-safety-comfort-rail-transportation/) - Americans have traditionally been reluctant to embrace rail transportation but even prior to the pandemic trends indicated a change in behavior. In 2019, passengers traveled around 26.85 billion passenger kilometers on railways in North and South America. This constitutes less than one percent of the passenger kilometers traveled by rail worldwide that year. This still
- [Aerospace](https://polymerscience.com/enhancing-aerospace-sealing-gasketing-silicone-foam/) - Enhancing Aerospace Sealing and Gasketing with Silicone Foam The aerospace industry is constantly evolving and adapting. As demand rises, the next generation of aircraft must meet increased requests for sustainability. As a direct result of design and engineering improvements, the aerospace industry consistently becomes more efficient and safer. Every material used in an aircraft must
- [P-THERM® Thermal Interface Materials Selection Guide](https://polymerscience.com/thermal-interface-materials-selection-guide/) - As electronic device designs become more compact and in demand, manufacturers are finding more of a need to provide thermal management solutions for their products. Choosing the right materials to efficiently cool devices may result in sending a blockbuster product to market that sets sales records and makes a name for your company. On the
- [Medical Grade Skin Contact Adhesives](https://polymerscience.com/medical-grade-skin-contact-adhesives/) - When considering the best skin contact adhesive, designers often begin by defining the project and considering the specific benefits of each type of adhesive. At Polymer Science, we offer three primary categories of skin contact adhesives: silicone gel adhesives, hydrogels, and medical grade acrylics. In this article, we explore some of the key qualities and
- [Cleaning Techniques for Silicone Residue and Oil on Equipment and Flooring](https://polymerscience.com/cleaning-techniques-for-silicones/) - Silicones are used across numerous industries. At Polymer Science, our P-DERM® silicone products are used within the medical industry as skin contact adhesives. Our P-THERM® silicone products are broadly used to manage heat dissipation in many applications including electronics, batteries and automotive manufacturing. Finally, our P-SHIELD® products are widely used throughout electronics markets to provide
- [Continuous Glucose Monitoring Device Adhesives](https://polymerscience.com/continuous-glucose-monitoring-device-adhesives/) - Blood glucose monitoring devices include technology that utilizes test strips for fingertips, blood-free continuous glucose monitoring systems (CGM) worn on the upper arm to the abdomen, and subcutaneous implants. The ability to measure glucose levels through blood or interstitial fluids improves the health and wellness of many individuals. Continuous glucose monitor accuracy is key to
- [Automotive Display Technology: 7 Emerging Trends](https://polymerscience.com/automotive-display-technology/) - The automotive industry has experienced incredible change within the last few years. The rise of electric vehicles (EVs) is the clear impetus for change both in performance as well as design strategy. As the all-electric powertrain drives the future, drivers and passengers are just as focused on the interior experience. Specifically, new trends are emerging
- [Why EMI Shielding is Important for Your Design](https://polymerscience.com/why-emi-shielding-is-important-for-your-design/) - Electromagnetic radiation emitted by electronic devices and electrical systems can interfere with the normal functioning of nearby systems. Electromagnetic waves cause signal distortion, loss of data, and in the worst cases, lead to failure of the affected electronic component. Electromagnetic interference (EMI) occurs in power lines, radio waves, electrical motors, lighting, computers, smartphones, and tablets.
- [P-DERM® Custom Solutions Guide](https://polymerscience.com/p-derm-custom-solutions-guide/) - For manufacturers and design engineers of medical devices, dressings and other skin contact applications, choosing an adhesive for skin contact is essential to success. Medical grade adhesives are required across many applications including dressings, wound care, scar therapy, wearable devices, and general medical tapes. For manufacturers, choosing the ideal medical grade adhesive improves the performance
- [Medical Grade Adhesive for Wearable Devices](https://polymerscience.com/medical-grade-adhesive-for-wearable-device/) - When designing and manufacturing wearable medical devices, adhesives seem like a simple component. Tapes for skin contact applications are key to producing a successful wearable device. At Polymer Science, our team performs adhesives research and design for skin contact in the medical industry. Our innovations in medical grade adhesive tapes provide quite a few options
- [Skin Contact Adhesives](https://polymerscience.com/skin-contact-adhesives/) - Skin contact adhesives are both common and innovative. Any adhesive that is applied directly to the skin falls under this broad term. While the bandages in the bathroom door used for minor cuts and scrapes seem simple, there is decades of research in every box. The athletic tape used to support joints and muscles is
- [Silicone Elastomers in the Market Today](https://polymerscience.com/silicone-elastomers-in-the-market-today/) - Our Innovation. Your Edge. Manufacturers in the automotive, aerospace, consumer electronics, medical and cosmeceutical industries need business partners with acumen and a clear focus on their needs. Silicone elastomers from Polymer Science are versatile materials that meet the needs of a number of industries. Polymer Science provides silicone elastomers in sheet or roll form to
- [Thermal Management in the LED Lighting Industry](https://polymerscience.com/thermal-management-in-the-led-lighting-industry/) - The light-emitting diode (LED) is one of today's most energy-efficient and rapidly-developing lighting options. These systems are used throughout a number of industries that demand reliability and longevity. Increasingly the LED lighting industry needs durable solutions that can perform well in harsh conditions. LEDs may reach temperatures as high as 3,000-6,000 degrees Kelvin. The junction
- [EMC in Automotive Industry](https://polymerscience.com/p-shield-emc-in-the-automotive-industry/) - Electromagnetic Compatibility (EMC) refers to electronic systems operating without interfering with other electronic systems or external electromagnetic interference (EMI). Cars, passenger trucks and commercial automobiles have always presented a challenge for electronic manufacturers and suppliers. Electronic devices often must fit within confined spaces and multiple electronic components are often operating in close proximity to
- [Two-Component Dispensables in Thermal Management](https://polymerscience.com/two-component-dispensables-in-thermal-management/) - In an article published earlier this fall, Polymer Science considered how important compaction and designing more effective thermal management materials helps advance electronics. Polymer Science engineers design a number of thermal management materials including phase change materials and silicone gap fillers. Specifically, thermal interface materials like two-component dispensable gap fillers help reduce weight, lower impedance
- [How Innovation in Shielding and Grounding Materials Makes Miniaturization of Electronics Possible](https://polymerscience.com/innovations-in-shielding-materials-makes-miniaturization-of-electronics-possible/) - Engineering new materials and methods for controlling electromagnetic interference plays an important role in the evolution of electronics. Machines that once filled rooms now fit in the palms of our hands, around our wrists and even slip onto our fingers. The major factor in miniaturization is shrinking components. As the proliferation of electronic devices across
- [What Are The Benefits of Silicone Gel Adhesives on Skin?](https://polymerscience.com/benefits-of-silicone-gel-adhesives-on-skin/) - One of the most intriguing trends in science is how materials are so widely used. For over 30 years, silicone gel adhesives have been used in some of the most advanced wound therapies. For example, Negative Pressure Wound Therapy (NPWT) uses silicone gel adhesives to treat acute wounds, burns and diabetic ulcers. Silicone gel adhesives
- [Innovations in Electronics Cooling](https://polymerscience.com/innovations-in-electronics-cooling/) - As technology advances, weight reduction in electronics – from compact handheld consumer devices to electronic vehicles – is a primary focus. Polymer Science began considering how thermal management materials will meet the performance requirements of today’s EV design and embraced the approach of less is more. Less Is More A primary example role materials fill
- [PS-2622 Direct Flame Burn](https://polymerscience.com/ps-2622-direct-flame-burn/) - Our P-THERM® gap filler PS-2622 was exposed to a direct propane flame (1980 C) for over 3 minutes and 30 seconds. Before the Burn After the Burn - Direct Flame After the Burn - Indirect Flame

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- [Thermal Interface Materials](https://polymerscience.com/p-therm-thermal-interface-materials/) - Explore our P-THERM thermal interface materials, designed to fit the needs of the electronics, aerospace, and automotive industries - and beyond.
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- [Medical](https://polymerscience.com/p-derm-medical/) - Explore our P-DERM medical-grade adhesives for skin contact applications, designed to fit the needs of OEMs and Tier 1 suppliers.
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## Technical data sheets

- [PS-2927-xxTA](https://polymerscience.com/tds/ps-2927-xxta/)
- [PS-1511REV1](https://polymerscience.com/tds/ps-1511-hyper-soft-silicone-gap-filler/)
- [PS-2885](https://polymerscience.com/tds/ps-2885/)
- [PS-2855](https://polymerscience.com/tds/ps-2855/)
- [PS-1436](https://polymerscience.com/tds/ps-1436-single-coated-hydrogel-adhesive/)
- [PS-1438](https://polymerscience.com/tds/ps-1438-single-coated-hydrogel-adhesive/)
- [PS-1437](https://polymerscience.com/tds/ps-1437-single-coated-hydrogel-adhesive/)
- [PS-3088](https://polymerscience.com/tds/ps-3088/)
- [PS-2505](https://polymerscience.com/tds/ps-2505-soft-silicone-gap-filler/)
- [PS-2714](https://polymerscience.com/tds/ps-2714-electrically-conductive-aluminum-foil/)
- [PS-1321](https://polymerscience.com/tds/ps-1321-conductive-acrylic-adhesive-multi-laminate-with-nickel-copper-plated-conductive-polyurethane-foam-copper-foil-carriers/)
- [PS-1747](https://polymerscience.com/tds/ps-1747-electrically-conductive-heat-activated-adhesive/)
- [PS-1206](https://polymerscience.com/tds/ps-1206-conductive-acrylic-adhesive-multi-laminate-nickel-copper-plated-conductive-polyurethane-foam-carrier/)
- [PS-1343](https://polymerscience.com/tds/ps-1343/)
- [PS-1696](https://polymerscience.com/tds/ps-1696-thermally-conductive-acrylic-adhesive/)
- [PS-1997](https://polymerscience.com/tds/ps-1997-flexible-synthetic-graphite-film-tape/)
- [PS-2097](https://polymerscience.com/tds/ps-2097/)
- [PS-1446](https://polymerscience.com/tds/ps-1446-single-coated-high-adhesion-hydrogel-adhesive/)
- [PS-1053](https://polymerscience.com/tds/ps-1053-silicone-gel/)
- [PS-0785](https://polymerscience.com/tds/ps-0785/)
- [PS-3014](https://polymerscience.com/tds/ps-3014/)
- [PS-0780](https://polymerscience.com/tds/ps-0780/)
- [PS-2036](https://polymerscience.com/tds/ps-2036/)
- [PS-3066](https://polymerscience.com/tds/ps-3066/)
- [PS-2035](https://polymerscience.com/tds/ps-2035/)
- [PS-1892](https://polymerscience.com/tds/ps-1892/)
- [PS-1887](https://polymerscience.com/tds/ps-1887-trilaminate/)
- [PS-1326](https://polymerscience.com/tds/ps-1326/)
- [PS-3062](https://polymerscience.com/tds/ps-3062/)
- [PS-2494](https://polymerscience.com/tds/ps-2494/)
- [PS-2077](https://polymerscience.com/tds/ps-2077-silicone-gel-acrylic-trilaminate/)
- [PS-1340](https://polymerscience.com/tds/ps-1340/)
- [PS-2247](https://polymerscience.com/tds/ps-2247-single-coated-hydrogel-adhesive/)
- [PS-1659](https://polymerscience.com/tds/ps-1659-double-coated-thermally-conductive-acrylic-adhesive/)
- [PS-1661](https://polymerscience.com/tds/ps-1661-thermally-conductive-acrylic-adhesive/)
- [PS-2621](https://polymerscience.com/tds/ps-2621-silicone-based-thermally-conductive-gap-filler/)
- [PS-3093](https://polymerscience.com/tds/ps-3093-single-coated-high-performance-acrylic-adhesive/)
- [PS-3081](https://polymerscience.com/tds/ps-3081-single-coated-high-performance-acrylic-adhesive/)
- [PS-2405](https://polymerscience.com/tds/ps-2405/)
- [PS-3097](https://polymerscience.com/tds/ps-3097-single-coated-medical-grade-acrylic-adhesive/)
- [PS-3094](https://polymerscience.com/tds/ps-3094-single-coated-medical-grade-acrylic-adhesive/)
- [PS-3092](https://polymerscience.com/tds/ps-3092-single-coated-medical-grade-acrylic-adhesive/)
- [PS-3091](https://polymerscience.com/tds/ps-3091-single-coated-medical-grade-acrylic-adhesive/)
- [PS-3089](https://polymerscience.com/tds/ps-3089-medical-grade-high-performance-acrylic-adhesive/)
- [PS-3084](https://polymerscience.com/tds/ps-3084-single-coated-medical-grade-acrylic-adhesive/)
- [PS-3083](https://polymerscience.com/tds/ps-3083-single-coated-medical-grade-acrylic-adhesive/)
- [PS-3082](https://polymerscience.com/tds/ps-3082-coated-medical-grade-acrylic-adhesive/)
- [PS-3071](https://polymerscience.com/tds/ps-3071-high-performance-acrylic-adhesive/)
- [PS-2487](https://polymerscience.com/tds/ps-2487-low-trauma-acrylic-adhesive/)
- [PS-2483](https://polymerscience.com/tds/ps-2483-low-trauma-acrylic-adhesive/)
- [PS-2409](https://polymerscience.com/tds/ps-2409-single-coated-pressure-sensitive-adhesive/)
- [PS-2089](https://polymerscience.com/tds/ps-2089-silicone-gel-adhesive-trilaminate-tape/)
- [PS-1862](https://polymerscience.com/tds/ps-1862-trilaminate/)
- [PS-1857](https://polymerscience.com/tds/ps-1857-trilaminate/)
- [PS-2066](https://polymerscience.com/tds/ps-2066-trilaminate-perforated-high-adhesive-silicone-gel-adhesive/)
- [PS-2082](https://polymerscience.com/tds/ps-2082-perforated-trilaminate/)
- [PS-2006](https://polymerscience.com/tds/ps-2006-silicone-gel-adhesive-tape/)
- [PS-1883](https://polymerscience.com/tds/ps-1883-hybrid-silicone-perforated-bilaminate/)
- [PS-1880](https://polymerscience.com/tds/ps-1880-single-coated-silicone-gel-adhesive-tape/)
- [PS-1873](https://polymerscience.com/tds/ps-1873-single-coated-silicone-gel-adhesive-tape/)
- [PS-1817](https://polymerscience.com/tds/ps-1817-single-coated-silicone-gel-adhesive-tape/)
- [PS-1825](https://polymerscience.com/tds/ps-1825-silicone-gel-adhesive-tape/)
- [PS-1448](https://polymerscience.com/tds/ps-1448-single-coated-hydrogel/)
- [PS-1444](https://polymerscience.com/tds/ps-1444-single-coated-hydrogel/)
- [PS-1264](https://polymerscience.com/tds/ps-1264-silicone-gel-adhesive-tape/)
- [PS-2288](https://polymerscience.com/tds/ps-2288-single-coated-silicone-membrane/)
- [PS-1802](https://polymerscience.com/tds/ps-1802-silicone-elastomer-membrane/)
- [PS-1231](https://polymerscience.com/tds/ps-1231-ldpe-film/)
- [PS-1084](https://polymerscience.com/tds/ps-1084-embossed-ldpe/)
- [PS-1213](https://polymerscience.com/tds/ps-1213-ldpe-film/)
- [PS-1228](https://polymerscience.com/tds/ps-1228-embossed-ldpe-film/)
- [PS-0614](https://polymerscience.com/tds/ps-0614-silicone-elastomer-membrane/)
- [PS-3072](https://polymerscience.com/tds/ps-3072-high-performance-acrylic-adhesive-coated-film/)
- [PS-2489](https://polymerscience.com/tds/ps-2489-trilaminate-medical-grade-high-performance-adhesive/)
- [PS-2477](https://polymerscience.com/tds/ps-2477-trilaminate-medical-grade-high-performance-adhesive/)
- [PS-2084](https://polymerscience.com/tds/ps-2084-silicone-gel-adhesive-acrylic-trilaminate/)
- [PS-2041](https://polymerscience.com/tds/ps-2041-trilaminate-consisting-of-silicone-gel-adhesive/)
- [PS-1835](https://polymerscience.com/tds/ps-1835-trilaminate-high-adhesion-silicone-gel-adhesive/)
- [PS-1267](https://polymerscience.com/tds/ps-1267-silicone-gel-adhesive-tape/)
- [PS-1263](https://polymerscience.com/tds/ps-1263-silicone-gel-adhesive-tape/)
- [PS-2295](https://polymerscience.com/tds/ps-2295-sinlge-coated-silicone-membrane/)
- [PS-2287](https://polymerscience.com/tds/ps-2287-single-coated-silicone-membrane/)
- [PS-2279](https://polymerscience.com/tds/ps-2279-single-coated-silicone-membrane/)
- [PS-2246](https://polymerscience.com/tds/ps-2246-single-coated-high-water-content-hydrogel/)
- [PS-1468](https://polymerscience.com/tds/ps-148-hydrogel-and-acrylic-trilaminate/)
- [PS-1466](https://polymerscience.com/tds/ps-1466-hydrogel-and-acrylic-trilaminate/)
- [PS-1463](https://polymerscience.com/tds/ps-1463-hydrogel-and-acrylic-trilaminate/)
- [PS-1464](https://polymerscience.com/tds/ps-1464-hydrogel-and-acrylic-trilaminate/)
- [PS-1332](https://polymerscience.com/tds/ps-1332-double-coated-conductive-acrylic-psa-with-conductive-nickel-and-copper-plated-fabric-carrier/)
- [PS-2488](https://polymerscience.com/tds/ps-2488-medical-grade-low-trauma-acrylic-adhesive/)
- [PS-2926-xxTA](https://polymerscience.com/tds/ps-2926-xxta/)
- [PS-1221](https://polymerscience.com/tds/ps-1221-medical-grade-high-performance-acrylic-adhesive/)
- [PS-2925-xxTA](https://polymerscience.com/tds/ps-2925-xxta/)
- [PS-2480](https://polymerscience.com/tds/ps-2480-medical-grade-low-trauma-acrylic-adhesive/)
- [PS-2411](https://polymerscience.com/tds/ps-2411-medical-grade-performance-adhesive/)
- [PS-1355](https://polymerscience.com/tds/ps-1355-multi-laminate-nickel-copper-conductive-polyurethane-foam/)
- [PS-1356](https://polymerscience.com/tds/ps-1356-nickel-and-copper-plated-soft-conductive-polyurethane-foam-multilaminate/)
- [PS-2749](https://polymerscience.com/tds/ps-2749-electrically-conductive-heat-activated-transfer-adhesive/)
- [PS-1041](https://polymerscience.com/tds/ps-2411-medical-grade-high-performance-adhesive/)
- [PS-1220](https://polymerscience.com/tds/ps-1220-medical-grade-high-performance-acrylic-adhesive/)
- [PS-2412](https://polymerscience.com/tds/ps-2412-medical-grade-high-performance-adhesive-coated/)
- [PS-1401](https://polymerscience.com/tds/ps-1401-closed-cell-polyethylene-foam/)
- [PS-1217](https://polymerscience.com/tds/ps-1217-single-coated-medical-grade-acrylic-adhesive/)
- [PS-2408](https://polymerscience.com/tds/ps-2408-single-coated-medical-grade-adhesive/)
- [PS-2404](https://polymerscience.com/tds/ps-2404-high-performance-psa/)
- [PS-2478](https://polymerscience.com/tds/ps-2478-transfer-adhesive/)
- [PS-2286](https://polymerscience.com/tds/ps-2286-single-coated-22-durometer-silicone-elastomer/)
- [PS-1207](https://polymerscience.com/tds/ps-1207-polyether-polyurethane-film/)
- [PS-1083](https://polymerscience.com/tds/ps-1083-aromatic-polyether-polyurethane-film/)
- [PS-1082](https://polymerscience.com/tds/ps-1082-polyether-polyurethane-film/)
- [PS-1467](https://polymerscience.com/tds/ps-1467-hydrogel-and-acrylic-trilaminate/)
- [PS-1465](https://polymerscience.com/tds/ps-1465-hydrogel-and-acrylic-trilaminate/)
- [PS-1836](https://polymerscience.com/tds/ps-1836-trilaminate-perforated-high-adhesion-silicone-gel-adhesive/)
- [PS-­2056](https://polymerscience.com/tds/ps-2056-silicone-gel-adhesive-tape/)
- [PS-1813](https://polymerscience.com/tds/ps-1813-silicone-gel-adhesive-tape/)
- [PS-1484](https://polymerscience.com/tds/ps-1484-single-coated-silicone-gel-tape/)
- [PS-1243](https://polymerscience.com/tds/ps-1243-silicone-gel-adhesive-tape/)
- [PS-0253](https://polymerscience.com/tds/ps-0253-polyester-film/)
- [PS-0251](https://polymerscience.com/tds/ps-0251-polyester-film/)
- [PS-1144](https://polymerscience.com/tds/ps-1144-black-polyurethane-film/)
- [PS-0315](https://polymerscience.com/tds/ps-0315-black-silicone-elastomer/)
- [PS-1190](https://polymerscience.com/tds/ps-1190-matte-black-thermoplastic-polyurethane/)
- [PS-0233](https://polymerscience.com/tds/ps-0233-polyester-acylic-adhesive/)
- [PS-0219](https://polymerscience.com/tds/ps-0219-self-wound-acrylic-adhesive-tape/)
- [PS-0218](https://polymerscience.com/tds/ps-0218-self-wound-low-tack-acrylic-adhesive-tape/)
- [PS-020503](https://polymerscience.com/tds/ps-020503-self-wound-low-tack-acrylic-adhesive-tape/)
- [PS-0513](https://polymerscience.com/tds/ps-0513-heat-activated-tpu-adhesive/)
- [PS-0237](https://polymerscience.com/tds/ps-0237-hybrid-acrylic-rubber-adhesive/)
- [PS-0909](https://polymerscience.com/tds/ps-0909-nickel-copper-plated-woven-ripstop-polyester/)
- [PS-0906](https://polymerscience.com/tds/ps-0906-gold-plated-electrically-conductive-woven-fabric/)
- [PS-0902](https://polymerscience.com/tds/ps-0902-nickel-copper-plated-woven-fabric/)
- [PS-2757](https://polymerscience.com/tds/ps-2757-electrically-conductive-acrylic-pressure-sensitive-adhesive/)
- [PS-1748](https://polymerscience.com/tds/ps-1748-electrically-conductive-heat-activated-adhesive/)
- [PS-1344](https://polymerscience.com/tds/ps-1344-black-nickel-and-copper-plated-conductive-polyurethane-foam-multi-laminate/)
- [PS-2730](https://polymerscience.com/tds/ps-2730-electrically-conductive-aluminum-foil/)
- [PS-2704](https://polymerscience.com/tds/ps-2704-gold-plated-electrically-conductive-woven-fabric/)
- [PS-1382](https://polymerscience.com/tds/ps-1382-single-coated-nickel-copper-plated-electrically-conductive-woven-fabric/)
- [PS-2479](https://polymerscience.com/tds/ps-2479-medical-grade-acrylic-adhesive/)
- [PS-2928-xxTA](https://polymerscience.com/tds/ps-2928-xxta/)
- [PS-2923-xxTA](https://polymerscience.com/tds/ps-2923-xxta/)
- [PS-­020501](https://polymerscience.com/tds/ps-020501-self-wound-low-tack-acrylic-adhesive-tape/)
- [PS-2924-xxTBL](https://polymerscience.com/tds/ps-2924-xxtbl/)
- [PS-1832](https://polymerscience.com/tds/ps-1832-single-coated-high-adhesion-silicone-gel-adhesive-tape/)
- [PS-1774](https://polymerscience.com/tds/ps-1774-conductive-acrylic-adhesive-with-copper-foil-carrier/)
- [PS-1768](https://polymerscience.com/tds/ps-1768-acrylic-adhesive-with-perforated-nickel-copper-plated-conductive-polyolefin-foam-carrier/)
- [PS-1762](https://polymerscience.com/tds/ps-1762-conductive-acrylic-adhesive-multi-laminate-with-conductive-copper-foil-conductive-nickel-copper-plated-composite-fabric-carriers/)
- [PS-1394](https://polymerscience.com/tds/ps-1394-plated-woven-fabric-with-heat-activated-adhesive/)
- [PS-1393](https://polymerscience.com/tds/ps-1393-plated-fabric-coated-with-black-conductive-psa/)
- [PS-1374](https://polymerscience.com/tds/ps-1374-plated-woven-fabric-with-double-faced-conductive-adhesive/)
- [PS-2642](https://polymerscience.com/tds/ps-2642-soft-silicone-gap-filler/)
- [PS-1996](https://polymerscience.com/tds/ps-1996-conductive-acrylic-adhesive-with-synthetic-graphite-carrier/)
- [PS-2641](https://polymerscience.com/tds/ps-2641-soft-silicone-gap-filler/)
- [PS-2401](https://polymerscience.com/tds/ps-2401-single-coated-medical-grade-adhesive/)
- [PS-2402](https://polymerscience.com/tds/ps-2402-single-coated-high-performance-medical-grade-adhesive/)
- [PS-2622](https://polymerscience.com/tds/ps-2622-soft-silicone-gap-filler/)
- [PS-2391](https://polymerscience.com/tds/ps-2391-nickel-and-copper-plated-woven-fabric-with-conductive-acrylic-adhesive/)
- [PS-2354](https://polymerscience.com/tds/ps-2354-nickel-and-copper-plated-conductive-woven-fabric-with-heat-activated-adhesive/)
- [PS-2322](https://polymerscience.com/tds/ps-2322-single-coated-heat-activated-adhesive-with-electrically-conductive-nickel-and-copper-plated-woven-fabric-carrier/)
- [PS-1681](https://polymerscience.com/tds/ps-1681-electrically-conductive-acrylic-adhesive-multi-laminate/)
- [PS-1692](https://polymerscience.com/tds/ps-1692-conductive-acrylic-adhesive-with-copper-foil-carrier/)
- [PS-1693](https://polymerscience.com/tds/ps-1693-conductive-acrylic-adhesive-with-aluminum-foil-carrier/)
- [PS-1753](https://polymerscience.com/tds/ps-1753-conductive-fabric-with-conductive-psa/)
- [PS-1513](https://polymerscience.com/tds/ps-1513-hyper-soft-silicone-gap-filler/)
- [PS-1541](https://polymerscience.com/tds/ps-1541-ultra-soft-silicone-gap-filler/)
- [PS-1672](https://polymerscience.com/tds/ps-1672-double-coated-copper-foil-and-graphite-hybrid-heat-spreader/)
- [PS-1543](https://polymerscience.com/tds/ps-1543-ultra-soft-silicone-gap-filler/)
- [PS-1651](https://polymerscience.com/tds/ps-1651-double-coated-thermally-conductive-acrylic-adhesive-aluminum-foil-carrier/)
- [PS-1652](https://polymerscience.com/tds/ps-1652-double-coated-thermally-conductive-acrylic-adhesive/)
- [PS-1656](https://polymerscience.com/tds/ps-1656/)
- [PS-1431](https://polymerscience.com/tds/ps-1431-single-coated-acrylic-adhesive/)
- [PS-1373](https://polymerscience.com/tds/ps-1373-plated-woven-fabric-without-adhesive/)
- [PS-1371](https://polymerscience.com/tds/ps-1371-conductive-plated-ripstop-fabric/)
- [PS-1352](https://polymerscience.com/tds/ps-1352-double-coated-conductive-acrylic-psa-with-conductive-nickel-and-copper-plated-fabric-carrier/)
- [PS-1342](https://polymerscience.com/tds/ps-1342-single-coated-conductive-acrylic-adhesive-with-conductive-nickel-and-copper-plated-fabric-carrier/)
- [PS-1323](https://polymerscience.com/tds/ps-1323-conductive-acrylic-adhesive-multi-laminate-with-conductive-nickel-copper-plated-polyurethane-foam-carrier-containing-copper-nickel/)
- [PS-1305](https://polymerscience.com/tds/ps-1305-single-coated-copper-nickel-acrylic-with-polyimide-film-carrier/)
- [PS-1215](https://polymerscience.com/tds/ps-1215-single-coated-high-performance-acrylic-transfer-adhesive/)
- [PS-1204](https://polymerscience.com/tds/ps-1204-conductive-acrylic-adhesive-multi-laminate-nickel-copper-plated-perforated-conductive-polyolefin-foam-carrier/)
- [PS-1202](https://polymerscience.com/tds/ps-1202-single-coated-silicone-gel-adhesive-tape/)
- [PS-2643](https://polymerscience.com/tds/ps-2643-soft-silicone-gap-filler/)
- [PS-2348](https://polymerscience.com/tds/ps-2348-nickel-and-copper-plated-conductive-woven-fabric/)
- [PS-2339](https://polymerscience.com/tds/ps-2339-nickel-and-copper-plated-conductive-woven-fabric-with-heat-activated-adhesive/)
- [PS-1773](https://polymerscience.com/tds/ps-1773-double-coated-electrically-conductive-acrylic-psa-with-conductive-nickel-and-copper-plated-woven-fabric-carrier/)
- [PS-1750](https://polymerscience.com/tds/ps-1750-nickel-and-copper-plated-conductive-fabric-coated-with-conductive-acrylic-adhesive/)
- [PS-1395](https://polymerscience.com/tds/ps-1395-plated-fabric-with-heat-activated-adhesive/)
- [PS-1388](https://polymerscience.com/tds/ps-1388-plated-woven-fabric-without-adhesive/)
- [PS-1379](https://polymerscience.com/tds/ps-1379-nickel-and-copper-plated-conductive-woven-fabric-with-conductive-acrylic-adhesive/)
- [PS-1354](https://polymerscience.com/tds/ps-1354-double-coated-conductive-acrylic-psa-with-conductive-nickel-and-copper-plated-fabric-carrier/)
- [PS-1347](https://polymerscience.com/tds/ps-1347-double-coated-conductive-acrylic-psa-with-conductive-nickel-and-copper-plated-fabric-carrier/)
- [PS-1357](https://polymerscience.com/tds/ps-1357-conductive-acrylic-adhesive-multi-laminate-with-conductive-nickel-copper-plated-polyurethane-foam-carrier/)
- [PS-2364](https://polymerscience.com/tds/ps-2364-electrically-conductive-acrylic-adhesive-multi-laminate-with-conductive-perforated-nickel-copper-plated-polyolefin-foam-carrier/)
- [PS-1761](https://polymerscience.com/tds/ps-1761-0-025mm-conductive-acrylic-adhesive-multi-laminate-with-a-conductive-copper-foil-carrier-and-conductive-coating/)
- [PS-0299](https://polymerscience.com/tds/ps-0299-single-coated-electrically-conductive-transfer-adhesive/)
- [PS-2362](https://polymerscience.com/tds/ps-2362-electrically-conductive-low-temperature-heat-activated-adhesive/)
- [PS-1317](https://polymerscience.com/tds/ps-1317-double-coated-conductive-acrylic-psa-with-electrically-conductive-nickel-copper-fabric/)
- [PS-1520](https://polymerscience.com/tds/ps-1520-double-coated-conductive-polyurethane-coating/)
- [PS-2563](https://polymerscience.com/tds/ps-2563-soft-silicone-gap-filler-and-acrylic-adhesive/)
- [PS-2543](https://polymerscience.com/tds/ps-2543-soft-silicone-gap-filler-with-pu-carrier/)
- [PS-1593-0.25](https://polymerscience.com/tds/ps-1593-ultra-soft-silicone-gap-filler/)
- [PS-1317](https://polymerscience.com/tds/ps-1317/)
- [PS-2291](https://polymerscience.com/tds/ps-2291-single-coated-59-durometer-silicone-elastomer/)
- [PS-1278](https://polymerscience.com/tds/ps-1278-single-coated-60-durometer-silicone-elastomer/)
- [PS-1279](https://polymerscience.com/tds/ps-1279-single-coated-60-durometer-silicone-elastomer/)
- [PS-2410](https://polymerscience.com/tds/ps-2410-single-coated-medical-grade-adhesive/)
- [PS-1239](https://polymerscience.com/tds/ps-1239-single-coated-acrylic-adhesive/)
- [PS-1034](https://polymerscience.com/tds/ps-1034-single-coated-high-performance-acrylic-adhesive/)
- [PS-1006](https://polymerscience.com/tds/ps-1006-double-coated-high-performance-acrylic-adhesive/)
- [PS-1815](https://polymerscience.com/tds/ps-1815-single-coated-high-adhesion-silicone-gel-adhesive-tape/)
- [PS-1255](https://polymerscience.com/tds/ps-1255-single-coated-silicone-gel-adhesive-tape/)
- [PS-2076](https://polymerscience.com/tds/ps-2076-trilaminate-silicone-gel-adhesive/)
- [PS-1240](https://polymerscience.com/tds/ps-1240-single-coated-silicone-gel-adhesive-tape/)

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