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Tagged: Carbon Black

Webinar Recording: “Thermax® N990CG: A Low PAH Thermal Black for Food Contact Applications”

Thermax® N990CG medium thermal carbon black meets the requirements for carbon black specified in EU 10/2011, enabling its use in water gaskets. It also carries an effective Food Contact Notification (FCN No. 2420), allowing it to be used in applications covered under CFR 177.2600 rubber articles intended for repeated use. By watching this webinar recording, you’ll learn how Thermax® N990CG can serve as a drop-in replacement for standard N990 in rubber formulations, while ensuring compliance with stringent regulatory requirements for food contact and consumer goods.

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Cancarb Data Sheet Describes Thermax® as High Temperature Insulation

Cancarb Limited has published a new data sheet that explains why grades of its Thermax® Powder are used in high-temperature furnaces and reactors. These medium thermal carbon blacks combine low thermal conductivity with high carbon purity, chemical inertness, low combustibility, and heat resistance up to 3200°C. They also cost less than synthetic graphite and carbon felts.

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Cancarb Technical Bulletin Describes Thermax® Benefits in EPDM Sponge

Cancarb Limited has published a Technical Bulletin that shows how formulating EPDM sponge rubber compounds with Thermax® N990 reduces mixing power consumption and improves elongation while maintaining physical properties and achieving an excellent surface finish.

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Cancarb’s N990CG Meets PAH Regulations in U.S. and Europe

Thermax® N990CG from Cancarb Limited meets U.S. and European Union (EU) regulations for polycyclic aromatic hydrocarbons (PAH), chemicals that have been classified as carcinogenic to humans. Thermax® N990CG meets EU 1272/2013 and EU 10/2011 standards and has a Food Contact Notification (FCN) from the FDA.

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“Thermax® N990CG: A Low PAH Thermal Black for Food Contact Applications” Webinar by RDAbbott (November 19)

Thermax® N990CG medium thermal carbon black meets the requirements for carbon black specified in EU 10/2011, enabling its use in water gaskets. It also carries an effective Food Contact Notification (FCN No. 2420), allowing it to be used in applications covered under CFR 177.2600 rubber articles intended for repeated use. During this session, you’ll learn how Thermax® N990CG can serve as a drop-in replacement for standard N990 in rubber formulations, while ensuring compliance with stringent regulatory requirements for food contact and consumer goods.

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Cancarb Advances Carbon Neutrality Goals with Major Solar Investment

Cancarb is underscoring its commitment to sustainability by installing 7,000 solar panels near its carbon black plant in Medicine Hat, Alberta, Canada. The project will provide the production facility with approximately 3.5 MW of renewable energy and supports the sustainability goals of Cancarb’s parent company and its customers.

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RDAbbott and DENKA Sign North American Distribution Agreement for Select Acetylene Black Products

RDAbbott now distributes select products from DENKA, one of the world’s largest producers of acetylene black, throughout North America. The distribution agreement includes the United States, Canada, and Mexico.

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Cancarb’s N990CG Receives FDA Food Contact Notification Approval

Cancarb Limited recently announced that the U.S. Food and Drug Administration (FDA) has approved its Food Contact Notification (FCN) for Thermax® N990CG, a drop-in replacement for Thermax® N990 with low levels of polycyclic aromatic hydrocarbons (PAH).

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2025 RDAbbott Webinar Series

Starting September 4, RDAbbott will launch its 2025 webinar series that will feature technical insights, material updates, and processing recommendations from our supplier partners throughout the year.

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Cancarb Technical Bulletin Examines Thermax® in Polystyrene Foam

Cancarb Limited has published a Technical Bulletin that describes the advantages of incorporating Thermax® Thermal Carbon Black in various formulations of polystyrene (PS) foam. The study documents the dispersion and processing benefits of Thermax® and uses similar expansion, density, open-cell content, and compression properties as the control. Adding 4 wt.% thermal black resulted in a ~ 3% reduction in thermal conductivity and a ~ 14% reduction in thermal effusivity.

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