AkzoNobel to boost Expancel expandable microspheres capacity in Sweden
The Expancel product line is continuing to evolve and find new applications in markets such as thermoplastics, printing inks, coatings and paper and board.
Published April 7, 2011
Used as a blowing agent or lightweight filler, the Expancel product line is continuing to evolve and find new applications in markets such as thermoplastics, printing inks, coatings and paper and board.
The extra capacity, due to come on stream in early 2012, will be added at the company's site in Stockvik. Part of the investment will also be used to further improve eco-efficiency at the facility and to implement several additional upgrades.
"This is a significant investment in organic growth which underlines our commitment to seize opportunities in established markets and contribute to the company's accelerated growth agenda," said Rob Frohn, the AkzoNobel Executive Committee member responsible for Specialty Chemicals. "We are the leading provider of expandable microsphere solutions worldwide and improving our scale and capability will ensure that we increase our capacity to supply customers worldwide with our innovative products."
Added Ruud Joosten, managing director of AkzoNobel's Pulp and Paper Chemicals business, which runs the Expancel activities, "As we continue to find new applications for Expancel we are becoming even more competitive in the marketplace, hence the need to increase capacity. Strong worldwide demand is also forecast to intensify in the years ahead, so we will be well positioned to establish ourselves in new markets when the opportunities arise."
Expancel is made up of small plastic spheres filled with gas. When the gas inside the shell is heated, it increases its pressure and the thermoplastic shell softens, resulting in an increase in the volume of the spheres. When fully expanded, the volume of these spheres increases more than 50 times.
Some of the newest Expancel products include ultra-high temperature microspheres for engineering plastics which reduce weight and save on raw materials costs. Available in both unexpanded and expanded versions, more common applications include fillers for vehicle bodies, injection-moulded PVC soles for footwear, tennis balls and wine bottle corks.
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