The Red Bucket

<p><strong>Summary</strong></p> <p>An intumescent coating can be qualified or disqualified for use simply because it falls above or below a certain magical hardness level, usually as measured on the Shore D scale. But hardness has no influence on performance, and the Shore D scale just doesn’t make sense when assessing softer intumescent technology types. Fireproofing industry veteran Michael Hollman explains the consequences of misusing Shore D hardness in intumescent coating specifications.</p> <p>Also, Michael worries that his brother-in-law might soon beat him at snooker.</p> <p><strong>Timestamps</strong></p> <ul> <li>00:00 - Introduction</li> <li>03:01 - How the industry's understanding of hardness has evolved</li> <li>05:55 - Durometers' importance in measuring coating hardness</li> <li>07:31 - Matching different Shore scales to different coating technologies</li> <li>09:39 - When standards are &quot;cut-and-pasted&quot; without context</li> <li>13:34 - Harder is not universally better</li> <li>18:15 - Elasticity, damage resistance, and impact recovery</li> <li>21:12 - Viewing Shore values as a reference point, not a product differentiator</li> <li>22:40 - The four questions</li> </ul>

<p>Summary</p> <p>Nel nuovo episodio del nostro podcast, parliamo di un tema spesso percepito come tecnico e complesso, ma in realtà sempre più strategico: il mondo del Regulatory nei rivestimenti industriali. Ne discutiamo con Alice Paiotta, Regulatory &amp; Quality Assurance Manager Europe in Carboline, che ci guida in un viaggio tra REACH, sostenibilità, rischi normativi, competitività e innovazione.</p> <p>Timestamps</p> <ul> <li><strong>00:53</strong> – Introduzione</li> <li><strong>01:16</strong> – Presentazione dell’ospite: Alice Paiotta</li> <li><strong>02:03</strong> – Che cos’è il regulatory in un’azienda che produce rivestimenti e prodotti antincendio</li> <li><strong>02:40</strong> – I principali regolamenti applicabili in Europa</li> <li><strong>03:34</strong> – Focus sul Regolamento REACH</li> <li><strong>04:21</strong> – Le autorità competenti in Europa per il settore dei rivestimenti</li> <li><strong>05:44</strong> – Come è evoluta la regolamentazione negli ultimi decenni</li> <li><strong>08:22</strong> – Codice UFI: di cosa si tratta e a cosa serve</li> <li><strong>08:53</strong> – Il futuro del regulatory secondo Alice</li> <li><strong>10:46</strong> – L’aggiornamento delle liste di sostanze: un processo continuo</li> <li><strong>11:14</strong> – Regolamenti europei e sostenibilità: sempre più interconnessi</li> <li><strong>13:33</strong> – Le conseguenze della non conformità normativa (legali, economiche, reputazionali)</li> <li><strong>16:20</strong> – Come assicurarci di non commercializzare prodotti non conformi</li> <li><strong>19:25</strong> – Regulatory come vantaggio competitivo: quando la conformità diventa strategia</li> <li><strong>22:50</strong> – Le principali sfide da affrontare per restare conformi</li> <li><strong>24:48</strong> – Il percorso di Alice: dalla chimica al regulatory</li> <li><strong>28:02</strong> – Domande extra per chiudere in leggerezza</li> </ul>

<p><strong>Summary</strong></p> <p>Santiago Bernabeu Stadium in Madrid, Spain, is the iconic home of legendary soccer club Real Madrid. A recent five-year renovation has transformed the stadium into a modern engineering marvel. Fireproofing and corrosion protection coating systems each played a role in the mega project, and in this episode, Carboline’s Europe Director of Project Development, Juan Pablo Ortega, leads a tour of his favorite team’s new digs.     Also, is it possible for another country to have larger portion sizes than America?    <strong>Timestamps</strong> </p> <ul> <li>00:00 – Introduction </li> <li>02:32 – Summarizing the renovation of Santiago Bernabeu Stadium </li> <li>05:10 – Differing fire ratings for different uses of a structure </li> <li>06:15 – Why both cementitious and intumescent fireproofing types were used </li> <li>08:20 – Specifying heavy-duty Pyrocrete 40 </li> <li>10:52 – Nullifire SC 902 intumescent fireproofing was uniquely qualified for this project </li> <li>13:34 – Primer, fireproofing, and topcoat specification for the retractable trays </li> <li>16:17 – Navigating an aggressive schedule during the COVID-19 pandemic  </li> <li>17:20 – Juan Pablo returns to the site </li> <li>18:28 – The Four Questions</li> </ul>

<p><strong>Summary</strong>   Fluoropolymer-based finish coats are the premier performers for elevated water storage tanks in exterior exposures. The specialty FEVE resin on which they are based withstands intense UV radiation, high winds, and intense precipitation while holding gloss and color for decades. And while all of that comes at a cost, water industry expert Jeremy Sukola and chemistry nerd Kristen Blankenship explain how that cost represents a long-term investment that boasts a handsome return. In this episode of The Red Bucket, learn the chemistry, use cases, and regulatory considerations of fluoropolymer topcoats.    Also, Kristen ponders the Atlantic Ocean from the top of a cliff, and Jeremy shares a strong opinion about spaghetti sauce.      <strong>Timestamps</strong> </p> <ul> <li>00:00 – Introduction </li> <li>02:00 – A brief history of fluoropolymers </li> <li>04:41 – Composition and properties of fluoropolymer coatings </li> <li>08:51 – The role of fluoropolymer topcoats in water tank coating systems </li> <li>13:05 – Fluoropolymer finish coat performance vs. other common technologies </li> <li>15:08 – Fluoropolymer finish coats are not always the best fit </li> <li>17:17 – Promoting long-term visual appeal</li> <li>19:36 – Application properties </li> <li>21:04 – The cost of novel chemistry </li> <li>24:05 – Lifecycle cost benefits of fluoropolymer products </li> <li>25:52 – Human health, PFAS, and forever chemical concerns </li> <li>32:02 – The regulatory landscape today </li> <li>33:53 – Key takeaways </li> <li>35:14 – The Four Questions</li> </ul>

<p><strong>Summary</strong></p> <p>Acrylamide grout technology dominates the underground wastewater collection leak sealing landscape. Legacy dry-granule and modern liquid variants give operators tremendous flexibility to address challenges of almost any scope or scale. But how do acrylamides work? Why do they work so well? And what do municipalities or private network owners need to know about how they fit into the broader maintenance and repair ecosystem? Michael Vargo of Prime Resins is the man with the answers.</p> <p>Also, Michael considers what it would be like to be 6’10”.</p> <p><strong>Timestamps</strong></p> <ul> <li>00:00 – Introduction</li> <li>02:24 – Defining acrylamide grouts</li> <li>04:09 – Water/wastewater use cases and how the technology works</li> <li>10:04 – Comparing granular vs. liquid acrylamide grouts</li> <li>12:57 – How weather impacts application</li> <li>14:30 – Acrylamides vs. alternative technologies</li> <li>16:44 – Use cases for acrylamide grouts outside of water/wastewater</li> <li>19:34 – Why Prime Resins earned NSF 61 certification for its liquid acrylamide</li> <li>22:12 – Ideal water sources for granule format</li> <li>23:03 – Necessity of training for preparation and use of acrylamide grouts</li> <li>25:37 – Acrylamide grouts are one piece of a bigger maintenance/repair puzzle</li> <li>33:00 – The four questions</li> </ul>