
Search results for 'conductive silicone':
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Conductive materials With a heritage that spans more than 40 years, NuSil ® conductive materials from Avantor ® have been critical to the success of the most demanding applications.


Our electrically conductive silicone adhesives are specially designed for applications where both high flexibility and excellent conductivity are required. It’s also recommended for use in mounting small components to a variety of interconnect substrates. Henkel offers electrically conductive adhesives which offer more mechanical flexibility.


Electrically conductive silicone composites and EMI shielding materials are based on highly tunable silicone technology that conducts electricity while blocking electromagnetic interference in applications that require high density packaging and/or high rates of data transfer.
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Conductive Silicone, also known as Conductive Elastomer (5000 series) is a molded silicone elastomer filled with conductive inert particles. It provides high electrical conductivity, broadband shielding and moisture sealing. This material is designed to provide reliable and cost-effective shielding for a wide range of EMI applications.


EMC products. Nolato's electromagnetic interference (EMI) shielding solutions, to ensure electromagnetic compatibility (EMC), are based on electrically conductive silicone, combined with unique know-how and years of experience. With our team's commitment and ambition to lead in this important technology, Nolato invests in continually developing ...


Products Elastomers From implanted medical tubing to electronics on satellites in space, NuSil silicone elastomers from Avantor ® can provide the solution you need. Our industry-leading elastomer portfolio includes high consistency rubbers (HCR), liquid silicone rubbers (LSR) and low viscosity elastomers (LVEs).


With the advent of 5G era, the electronic and electrical industries are in increasingly urgent demand for flexible materials with high thermal conductivity coefficients (λ). In this paper, alumina (Al2O3) was chemically grafted to the surface of boron nitride nanosheets (BNNS) to prepare hetero-structured thermally conductive fillers (BNNS@Al2O3), and two-component room temperature vulcanized ...