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From changes in the marketplace to government policies that have the potential to reduce economic output, distributors must be savvy in navigating this complex landscape. Fortunately, NACD members are well-positioned to take advantage of opportunities when they arise while demonstrating their commitment to safety and government regulators through their participation in Responsible Distribution.

The first three articles in this series of four illuminated the new product development challenge and discussed the first four keys to sustained innovation success. This article describes the final two keys and then provides a reminder of how they all work together to drive predictable, sustained success in new product development.

By installing the right fillers and other equipment in your facility to meet all safety and product quality standards, you can benefit from optimum efficiency of production and reduced expenses.

HSP values have proven themselves in the world of formulations. Common tasks such as finding good solvents (or blends) or ensuring compatibility between components in a formulation become much more rational and efficient when the HSP values of all the key ingredients are known, either from your suppliers or internally, and HSP distance calculations are used routinely to find the best combinations.

This article describes an alkali copper aluminoborophosphosilicate glass ceramic material that acts as a sustainable delivery system for Cu+1 ions with high antimicrobial efficacy.

With RHEOBYK-7610, BYK has succeeded in developing a rheology additive which, in addition to the familiar properties, generates a specific viscosity profile.

This article will discuss the requirements of the 2019 edition of NFPA 652 and provides some practical measures for controlling dust flash fire and explosion hazards associated with the handling, processing and storing of combustible powders.

ECKART's pigment innovation now allows metallic powder coatings with bonding quality – without using bonding equipment.

The use of barites is a proven method for accurate control of gloss in the high- to medium-gloss range. ATH is the product of choice for gloss control when the relatively high density of barite is undesired, or in applications where improved resistance to water spotting is an issue.

The results of this study demonstrate that heat-sensitive substrates like plastics and composites can be prepared with plasma treatment and successfully coated with UV-cured powder without degrading or deforming the integrity of the substrate.