BRB offers silicone-based system process aids that control foam-intensive applications to improve safety, throughput and give benefits to the final product used by consumers.
BRB Snapsil range of foam control agents is the culmination of 35 years development into siloxane-based technology. The range offers superlative foam-control characteristics to treat susceptible processes and formulations spanning a breadth of applications. BRB Snapsil range offers materials for use in water and solvent based, alongside solventless and solid systems. All pack formats are catered for and would be delighted to advise best practise in terms of cost efficient dosing.
The BRB Snapsil TG range offers the most cost-effective foam-kill in water-based technical processes where biological, chemical or physical effects result in undesirable levels of foaming. Lowest dosage rates and full miscibility with process-water keep your pipelines, pumps and process routes clear and free flowing. BRB Snapsil TG10 finds application in a host of end-uses including polymer recycling, biological digesters, process wash-water and final-stage effluents.
BRB Snapsil FD series comprises siloxane emulsions at 10%, 20% and 30% activity. They are formulated for use in any applications where food processing considerations apply, for instance, vegetable and fruit washing, meat processing, in-line cleaning practise, food-grade adhesive formulation. In those instances demanding the highest level of regulatory approval, for example FDA Title 21, CFR173.340, BRB Snapsil FD10K has approval for use as a foodstuff process-aid and meets European H1 and Kosher certification.
BRB also offers Halal-certified siloxane emulsion based foaming control agent through Akasil Antifoam PS series, which is available at 10%, 20% and 30% active concentration.
The BRB Snapsil RE range takes defoaming performance to new levels in processes where enhanced chemical resistance is required. These Snapsil RE grades are widely employed in cleaning formulations, water-based processes within the chemical industry and scenarios where higher temperatures are encountered.