Knowledge Library

Explore corrosion control concepts, methods, and reference material to understand corrosion mechanisms, prevention strategies, and evaluation approaches in lab and field settings, so you can better select protective coatings.

Understand common coating failures, their underlying causes, and how failures are identified and evaluated in laboratory and quality testing environments, so you can troubleshoot issues faster and improve coating selection.

Learn how to identify common paint defects, understand their underlying causes, and apply practical solutions in testing and production to prevent reoccurrence and improve finished coating appearance.

Learn about common coating failure types, their underlying causes, and practical prevention strategies to support accurate analysis, improve long-term coating performance and reduce costly defects and field failures.

Learn how adhesive strength is tested and evaluated, including common test approaches, influencing factors, and interpretation of bond performance results.

Learn what repeatability risk is, how measurement variability is largely impacted by small factors, and why controlling repeatability is critical for reliable evaluations.

Explore why lab process matters for reliable results. Learn how consistent workflows and documentation strengthen confidence across audits, development, and daily testing.

Learn why instrument calibration and accuracy are critical for reliable measurements, traceability, and compliance in laboratory and quality systems.

Understand why calibration alone is not enough and how methods, environment, and operator control impact test data reliability and audit readiness.

Understand the viscosity cup testing process, including setup, test steps, and interpret results to achieve consistent viscosity evaluation.

Get clear answers to common viscosity questions, including measurement methods, terminology, and interpretation of results in laboratory testing to reduce confusion and support better decisions.

Learn how viscometers measure viscosity, including common instrument types, operating principles, and key considerations for laboratory testing and quality control.

Understand what a 30‑second Zahn Cup flow time indicates, how it is used in practice, and what factors influence viscosity cup measurements, to ensure consistent and repeatable results.

Learn how ASTM standards relate to viscosity testing, including how methods are categorized, selected, and applied to ensure consistent results.

Understand how ISO/IEC 17025 applies to viscosity testing, including calibration, method control, and documentation considerations for accredited laboratories that need traceable, defensible data.

Learn how Ford Cups are used to measure liquid viscosity by flow time, including test principles, cup selection, and result interpretation, to support reliable quality checks.

Review commonly used viscosity terms and definitions to support clear measurement interpretation and consistency in testing workflows.

Learn how viscosity is measured, compared, and applied in laboratory and quality testing, with guidance on methods, interpretation, and practical considerations.

Learn how crocking, rub, and color transfer tests that are used to evaluate surface durability and color transfer.

Understand the differences between wear, friction, and abrasion, including how each is evaluated and why they matter in material.

Abrasion resistance testing is of utmost importance in industries where materials are subjected to various levels are wear & tear.

Learn the key principles of paint adhesion, common causes of adhesion failure, and how adhesion is evaluated in laboratory and quality testing environments.

Learn how density is determined, including common methods, calculation approaches, and factors that influence accurate results for viscous materials.

Learn how density is measured in laboratory environments, including common methods, influencing factors, and interpretation of results for liquids, powders, and other production materials.

Explore how the color of black is characterized, measured, and visually evaluated, including factors that influence appearance and consistency in testing environments.

Learn how digital color standards are used to define, share, and evaluate color consistently across measurement, and quality workflows, helping align expectations and reduce errors.

Learn how to identify common surface appearance issues, understand contributing factors, and troubleshoot visual defects in testing and quality workflows to improve coating uniformity.

Learn what wet film thickness represents, how it is measured during application, and why it matters for coating evaluation and quality control.

Learn how dry film thickness is measured and evaluated, including why it is critical for coating performance, consistency, and quality assessment, and how it relates to protection and appearance.

Learn how precision gelation measurement is used to determine gel point and cure behavior, with insight into testing principles and data interpretation.

Explore key testing and evaluation considerations for ophthalmic lenses, including optical quality, surface performance, and inspection practices.

Learn what Brix represents, how it is measured, and how Brix values are used to evaluate concentration and consistency in testing.

Learn what MFFT means, why minimum film formation temperature matters for coatings, and how it is evaluated in laboratory testing.

Understand the limitations of traditional depth measurement tools and how measurement accuracy and repeatability can impact inspection results.

Explore automatic drawdown methods used to produce uniform films for laboratory testing, with insight into process control, repeatability, and evaluation use cases.

Learn how to select and use a drawdown bar for paint and coatings applications, including technique affect wet film thickness, uniformity, and the quality of test results.

Learn how wet film applicators ensure uniform coating application, consistent testing, reliable quality control, and accurate evaluation of coating performance.