Testing/Quality Control - Articles - Page 20 | Adhesives & Sealants Industry

Brookfield Engineering Announces Course Offerings

August 18, 2015

Brookfield Engineering recently announced it will offer two courses.

BROOKFIELD: Updated Rheometer

August 5, 2015

Brookfield has introduced an automatic gap setting feature to its RST-CPS Touch™ cone/plate rheometer.

Q-Lab Marks Milestones in China

August 4, 2015

Q-Lab Corp. recently announced that this year marks the 10th anniversary of its representative office, Q-Lab China.

Kansas State University’s Bulk Solids Innovation Center Receives Donation of Flow Tester from Brookfield Engineering

June 15, 2015

Brookfield Engineering recently announced it has donated a PFT powder flow tester to the new Kansas State University Bulk Solids Innovation Center.

Glander Named BYK-Chemie Managing Director

June 2, 2015

BYK-Chemie GmbH recently announced that Stephan Glander, Ph.D., has been appointed to the position of managing director and worldwide president of BYK Additives & Instruments.

BROOKFIELD: Rheology Software

April 27, 2015

This company has released RheocalcT software v1.2.19.

Q-Lab’s Cornell Appointed SAE Committee Vice Chair

April 6, 2015

Q-Lab recently announced that Gary Cornell has been elected vice chair of the Society for Automotive Engineering’s (SAE) Textile and Flexible Plastics Committee.

Using Rheology to Formulate Sealants

The insights gained from rheology can significantly accelerate sealant development and drive product differentiation.

C. Street G. Frazee C. Fredrickson I. Harvey T.H. Killilea

April 1, 2015

Through quantitative measurements of sealant structure and flow behavior, rheology helps formulators understand the relationship between formulation components and their impact on application properties.

Formation and Determination of Aldehydes in Amine Catalysts

An accurate analytical method can ensure that no or low concentrations of aldehydes are present in catalyst samples.

Bhajendra Barman

April 1, 2015

Tertiary amine catalysts used for manufacturing polyurethanes and polyisocyanurates are known to degrade over time, producing products such as aldehydes that can directly contribute to emissions of organic compounds.