Our San Diego R&D Center continuously analyzes data from over 38 internal trial documents to bring you the latest in molecular nutrition and FCR optimization.
Analyzing heat stability challenges in tropical aquaculture and SILSEP's breakthrough in thermal shielding for feed additives.
Read Technical BriefMaximizing enzyme bioavailability in tropical pelleting (up to 95°C). 88% recovery recovery validated.
Read Whitepaper →Moving from physical adsorption to molecular deactivation for 95% ZEN toxin deactivation.
Read Whitepaper →A molecular strategy for AGP-free production, achieving a 40% reduction in mortality.
Read Whitepaper →Molecular science answers for industry professionals.
It is a technology that uses molecularly-modified silica to create a protective matrix around sensitive nutrients (like enzymes and vitamins). This ensures they survive the high heat (up to 95°C) and moisture of the pelleting process without losing biological activity.
We focus on nutrient bioavailability. By protecting nutritional assets from thermal degradation, we ensure that the animal receives the full potency of the additive, leading to better growth rates and lower Feed Conversion Ratios even in warming waters.
It combines top-tier molecular research from our San Diego R&D center (collaborating with UCSD) with the industrial-scale manufacturing precision of our base in Sanming, China. This ensures high-innovation products at a competitive direct-manufacturing price point.
Yes, all SILSEP manufacturing processes at our Sanming base adhere to FAMI-QS and ISO standards, ensuring safety and quality for international export to Southeast Asia and beyond.
