Condensation Neutralizer Ceramic Balls Alkaline Water Increases PH
1.Highly efficient PH adjustment. 2.High hardness 3.Dust-free and Powder-free. 4.Long service life.
Condensate Neutralization Ceramic Filter Media utilizes composite inorganic mineral materials, incorporating ETERNAL WORLD LSR intelligent long-term release technology and gradient high-temperature nano-pore sintering process. It boasts advantages such as long lifespan, high hardness, and effective performance. It serves as a perfect substitute for flawed neutralizing materials like calcium carbonate, magnesium oxide, or neutralizing amines. This material can be used as PH adjustment material in boiler air preheaters, acidic water in the printing and dyeing industry, and neutralizers for air conditioners and condensing gas water heaters.
Product Details
Our Product Technology:
ETERNAL WORLD, jointly developed with Shandong University, features the "LSR sustained-release technology" in conjunction with a "gradient-controlled temperature nanoscale pore sintering production process." The technical principle involves extracting pure multiple mineral elements from natural ores and compounding them into the ceramic material's skeletal framework. Leveraging ETERNAL WORLD's unique LSR sustained-release technology, this method allows mineral elements to be slowly and evenly released in water. The method's advantage lies in its ability to effectively remove harmful substances from natural ores, selectively purify specific mineral elements, compound them into ceramics, and ensure the stability and minimal loss of these elements.
Testing and Certification
Please contact customer service to view the full version of the test certificate for different products
Quality comparison
High-quality ceramic balls:-Smooth shape
-Hard texture
-Five powders and dust-free
-Uniform rules
Unqualified materials will lead to:-Irregular shape of ball
-beads easily broken
Laboratory test results
The PH value of ordinary water is 6.67
The PH value of condensate water neutrlization is 10.62
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