DeTac™ pitch and stickies control agents
Ashland’s DeTac pitch and stickies control agents comprise a family of patented organic contaminant control products for stock treatment.
Designed for use in packaging, printing and writing, and tissue and towel grades, the technology combines the benefits of a detackifier, stabilizer and fixative to simultaneously address multiple deposition
parameters, thereby significantly reducing or eliminating the potential for deposition.
Results recorded from practical applications of the technology confirm that it is considerably more effective at controlling pitch and stickies deposition than any other commercially available technology.
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Application InformationWant to know more about how our products are used?
DeTac pitch and stickies control agents significantly reduce the potential for pitch and stickies deposition in packaging, printing and writing, and tissue and towel grades. Commercial applications confirm this and typically result in a number of value-added benefits.
● Improved machine efficiency
● Improved sheet quality
● Decreased use of cleaning chemicals
● Decreased downtime
● Improved converting performance
Document LibraryInformation available to download for this product.
ServicesAshland offers a variety of services which complement this product.
Customer Analytical Services
Continuous pilot papermaking systems are the cornerstones of Ashland Water Technologies’ Papermaking Services group.
The primary purpose of our papermaking operations is to provide papermakers with insights and solutions to problems and opportunities
related to the effects of additives and system changes on wet-laid products and processes.
Our facilities are equipped to conduct trials that predict commercial system performance.
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How it WorksThe chemistry behind the results
DeTac pitch and stickies control agents are formulated from a variety of polymer and protein chemistries that utilize a unique hydrophobic and hydrophilic design to detackify colloidal material. These chemistries adsorb onto the colloidal material, enhancing stability and modifying the contaminant surface to reduce
adhesion. The real key to the effectiveness of the program, however, is the fixative effect achieved through hydrogen bonding, which retains contaminants in the web.