The past 20 years have seen the increasing use of concrete sealers in the construction industry. Sealers are applied to concrete primarily to keep water and water-soluble compounds from entering the concrete through the surface pores.

Each year, the debris produced during construction—and in particular, building demolition—represents more than 90% of the total construction and demolition debris generated and sent to landfills in the U.S. That equates to approximately 145 million tons of debris.

The methods for dispensing adhesives, epoxies, grease, silicone, oils, sealants, and a multitude of other assembly fluids cover a wide spectrum of techniques—from manual applications like squeeze bottles, toothpicks, and hand-plunger syringes to semi-automated tabletop dispensing robots. Each dispensing method presents unique challenges as manufacturers attempt to scale the sophistication of their fluid dispensing processes to meet requirements for quality, volume throughput, and cost efficiency.

Brands have long relied on their products’ packaging to draw the consumers’ eye and entice them to consider a purchase. But packaging has evolved beyond eye-catching graphics to encompass so much more, particularly as consumers continue to explore “green” products and services with the goal of helping to address climate change.

The shift from brick-and-mortar to digital shopping had been under way for some time when the COVID-19 pandemic hit. Since 2017, ecommerce revenues have risen from an estimated $1.4 trillion to $2.4 trillion, or about 2.7% of global output.

You can obviously package your moisture-sensitive sealant in glass or metal cans or tubes, which will totally prevent moisture ingress. Aluminum tubes are widely used for this type of product, as long as you have good crimps.

Many industries have struggled due to the impact of COVID-19, but ecommerce certainly isn’t one of them. eMarketer reports that retail ecommerce sales alone grew 27.6% globally in 2020, to reach nearly $4.3 trillion.

Ultraviolet (UV) light-emitting diode (LED) curing technology offers significant advantages compared to traditional mercury UV curing. As a result, adhesive bonding, sealing, and coating processes in factory assembly lines are rapidly upgrading to UV LED curing technology.