MINERAL FEED ADDITIVE
for FISHES + AQUACULTURE
Enhancing Technological Parameters +
Pelletizing Properties
İncal Feedin, a revolutionary natural zeolite feed additive, brings forth a multitude of positive effects in fish farming and aquaculture. When incorporated into feed mixtures, it significantly enhances the feed's technological parameters and pelletizing properties, thereby revolutionizing the way fish are nourished.
The unique porosity and low specific weight of Clinoptilolite Zeolite contribute to improved pellet formation, providing enhanced stability and reduced feed wastage during storage and transportation. Moreover, with an impressive oil absorption capacity of 0.62 ml per 100 g of feed, İncal Feedin ensures better feed utilization and contributes to lower sedimentation time, optimizing the overall efficiency of aquaculture practices.
Elevating Quantitative + Qualitative Parameters of Fish Meat Production
The addition of İncal Feedin to fish feed leads to a remarkable increase in production parameters and the quality of fish meat. Customers have attested to the improvement in sensorial properties and taste of the fish meat, making it more appealing to consumers.
Research studies have unequivocally demonstrated that the inclusion of Clinoptilolite Zeolite in fish feed, within the range of 1% to 4% of the complete feed, results in substantial quantitative and qualitative enhancements in fish meat production, particularly evident in rainbow trout. This not only yields economic benefits for fish farmers but also ensures a premium product that meets consumer demands.
Efficient Ammonia Management +
Water Quality Improvement
İncal Feedin excels in addressing the critical challenge of managing ammonia levels, which can rapidly escalate in confined aquatic habitats, posing a threat to the health of fish and the overall aquatic ecosystem. Leveraging its high cation exchange capacity, İncal Feedin efficiently captures and binds ammonia, effectively removing it from the water.
By mitigating ammonia levels, İncal Feedin safeguards the well-being of aquatic life, reducing the risk of gill damage, sterility, and stunted growth in fish. This translates into an improved environment that fosters healthier fish and optimized growth rates, laying the foundation for sustainable aquaculture practices.
Fostering Beneficial Bacterial Activity for Sustainable Aquaculture
A thriving aquaculture system hinges upon the presence of beneficial bacteria that play a pivotal role in converting toxic ammonia into less harmful ammonium. İncal Feedin functions as an ideal substrate, providing an adaptive environment that sustains and fosters the growth of these essential bacterial populations.
By stabilizing bacterial activity, İncal Feedin ensures a balanced ecosystem, promoting the continual breakdown of ammonia. This resilience against ammonia fluctuations enhances the long-term sustainability of the aquaculture operation, ensuring that fish are shielded from the detrimental effects of ammonia toxicity.
Versatile Applications in Ponds +
Aquariums
The efficacy of İncal Feedin extends beyond fish farming; it finds versatile applications in ponds and aquariums. In closed aquatic systems, such as aquariums, İncal Feedin's natural absorption capabilities efficiently remove toxic levels of nitrogen and ammonium ions, safeguarding water quality and enhancing the well-being of aquatic life.
Regulating pH, reducing ammonia content, and increasing dissolved oxygen levels result in a healthier and more vibrant aquatic ecosystem. Irrespective of being used in open ponds or closed aquariums, İncal Feedin proves to be an indispensable asset in optimizing water quality and creating a thriving aquatic environment.
User-Friendly Installation +
Lasting Effectiveness
Implementing İncal Feedin is a seamless process, and its long-lasting effectiveness ensures cost-effectiveness for fish farmers and aquarists alike. With its high surface area, İncal Feedin adeptly traps dirt, leading to fewer backwashes and substantial water savings. The product's compliance with NSF/ANSI standards guarantees safety and reliability, making it a trustworthy choice for both residential and commercial applications.