Meet Kalliope Zembillas, CAPLINQ’s latest addition to the team! As a skilled Product Applications Engineer specializing in Coating Powders and Surface Treatments, Kalliope brings her expertise in chemical engineering to provide exceptional technical sales support. Discover how her experience and passion will benefit CAPLINQ’s customers in this exciting role.
Learn the strategies and rules for identifying the correct HS code for your product. Follow step-by-step guidelines, consider competitor research, and leverage the General Rules of Interpretation. Stay compliant with customs regulations and avoid penalties.
Learn how HS codes work and why they are crucial for international trade. Discover the structure of HS codes, variations across countries, and the importance of accurate classification. Navigate the complexities of global commerce with ease.
Aculon® Nanoproof® 3.0 electronic coating series provides an alternative to 3M Novec products. With anti-wetting, anti-stiction, chemical and moisture protection, Aculon® Nanoproof® 3.0 has similar performance and chemical properties to Novec.
Stencils are a crucial part of the surface-mount technology (SMT) process, but over time, they can become dirty and less effective. Stencil treatments are methods used to improve the performance and prolong the lifespan of stencils. From anti-tarnish and anti-stick coatings to fluxophobic treatments, learn about the different types of stencil treatments and how they can benefit your SMT process. Improve the printing process, reduce downtime, and lower costs with the right stencil treatment
Gas Diffusion layers evenly distribute the gases produced during electrolysis and enable the efficient operation of the electrolyzer.
Carbon papers as gas diffusion layers are a popular solution for fuel cell and electrolyzer applications since they can be manufactured at high volumes (scalability) and low thicknesses. But how are they made? Click here to find out.
Learn about the factors that can cause phase change material (PCM) failure in power inverters, including high temperature, mechanical stress, chemical degradation, hydration, and more.
