NuSil Film Series Offers a Nice Basic Education on Silicones
Take a look at NuSil's new series of films that offer key physical properties of silicones, including LSR.
More and more people are interested in getting into silicone processing, specifically LSR. NuSil Technology LLC, Carpinteria, Calif., has now made available a series of films on the key physical properties of silicones and the tests that support them. This new offering can provide a good basic education on silicones, not limited to LSR.
The new film series has been created in a relatable way, hoping to make these physical properties easy to understand and to better clarify the process of testing. According to NuSil, these films are designed for anyone--from a novice in the industry to an expert in the field. They are also intended to impart the unlimited range of possibilities available when the chemistry is in the right hands.
Visitors interested in a particular physical property or test method, can use the following links:
www.nusil.com/viscosity
www.nusil.com/extrusionrate
www.nusil.com/durometer
www.nusil.com/tensile-tearelongation
www.nusil.com/modulus
A global leader in medical and space-grade silicones, the company has over three decades of expertise in the development of products for the most demanding applications—from deep inside the human body to the harsh conditions of outer space. It operates state-of-the-art laboratories and manufacturing facilities in North America and provides on-site, in-person application engineering support worldwide.
Related Content
-
Automotive Awards Highlight ‘Firsts,’ Emerging Technologies
Annual SPE event recognizes sustainability as a major theme.
-
Celanese to ‘Shine’ at CES 2023 with Expanded Portfolio of Materials
With it acquisition of DuPont’s engineering resins, Celanese’s resin solutions for automotive electrification, e-mobility and consumer electronics are plentiful.
-
K 2022 Preview: Engineering Materials for Sustainability and E-Mobility
Materials that are sustainable yet offer equal performance to their fossil-based counterparts will be prominent at K 2022.