High-Performance Garnet Sand Makes a Grand Debut, Leading Industry Upgrade with Stable Composition and Outstanding Sandblasting Effects
Recently, a garnet sand product featuring high-efficiency sandblasting performance and stable chemical properties has passed authoritative testing. All its indicators comply with the national standards JB/T 7997-2012 and JB/T 8337-2012, and it is expected to reshape the industrial sandblasting material market pattern with multiple core advantages.
It is reported that the core chemical composition of this garnet sand, tested by professional institutions, shows a balanced ratio: silicon dioxide (SiO₂) content reaches 41.28%, combined with key components such as aluminum oxide (Al₂O₃) 18.22%, iron oxides (Fe₂O₃ 8.72%, FeO 16.35%), forming the material foundation for its high performance. With a Mohs hardness of up to 7, it is significantly superior to ordinary sandblasting materials, capable of quickly and efficiently removing rust, dirt and other impurities from workpiece surfaces, greatly improving sandblasting operation efficiency.
In terms of environmental protection and safety, the product performs particularly prominently: the chloride ion content in aqueous solution is only 0.0008%, and the conductivity is as low as 145μS/cm, with excellent chemical stability. No corrosive substances are generated during sandblasting, which not only extends the service life of equipment but also fully aligns with the development concept of modern green industry.
As a key material in the field of industrial surface treatment, garnet sand is widely used in precision manufacturing, pipeline cleaning, mechanical processing and other scenarios. The completion of this testing and certification not only provides solid data support for the market promotion of the product but also fills the market demand gap for high-performance and environmentally friendly sandblasting materials. With stable quality, efficient operation performance and green environmental protection advantages, this garnet sand has attracted the attention of many customers at home and abroad, especially gaining a good reputation in overseas markets such as Europe. In the future, it is expected to achieve large-scale application in more industrial fields, injecting new momentum into the industry's technological upgrading.
