Tallofin™ deposit control agents
In untreated papermaking systems, pitch, stickies and scale can deposit and lead to a number of problems, including lost production, poor sheet quality, increased maintenance and energy costs, and unscheduled shutdowns. To help papermakers avoid these problems, Ashland developed Tallofin deposit control agents, a family of water-based products that effectively control a variety of deposits in the wet end.
Tallofin product formulations are based on years of research and development, application experience and information collected during machine audits, problem diagnoses and product evaluations. These easy-to-handle products, which include deposit control agents, surface conditioners and cleaners, utilize a variety of mechanisms, including dispersion, passivation and stabilization, either separately or in combination, to address wet-end deposition. Depending on the type of deposit encountered and the area affected, Ashland will recommend the ideal Tallofin product.
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Product Availability
- Asia Pacific
- Europe, Middle East, Africa, India
- Latin America and South America
- North America
Application InformationWant to know more about how our products are used?
Tallofin deposit control agents effectively control a variety of deposits in the wet end of papermaking systems. Commercial applications confirm this and typically result in a number of value-added benefits.
● Improved productivity
● Improved machine efficiency
● Improved sheet quality
● Reduced maintenance and energy costs
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ServicesAshland offers a variety of services which complement this product.
Papermaking 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.