High-performance blasting abrasive "Neo Blast" with low dust generation for efficient work.
The non-metallic blast grinding material "NeoBlast" is used for paint film stripping, surface preparation, rust and dirt removal, and is utilized in various industries including bridges, oil tanks, plants, ships, and mold cleaning. It has the appropriate hardness, specific gravity, and shape for blast processing. Additionally, it generates minimal dust during blasting operations, allowing workers to maintain a clear line of sight, which contributes to improved work efficiency.
Inquire About This Product
basic information
**Features** - It has suitable hardness and grit shape for blasting processing. - It has a higher specific gravity compared to silica sand and excellent grindability. - It offers superior economic efficiency compared to garnet. - It generates little dust, resulting in a good working environment. - With less than 1% free silica content, it has excellent safety. - Safety regarding heavy metals and other substances has been confirmed through leaching tests. - A two-factory production system enables stable supply. For more details, please contact us or download the catalog.
Price information
-
Delivery Time
Applications/Examples of results
For more details, please contact us.
Company information
Global warming caused by carbon dioxide and severe air pollution due to PM2.5 are becoming issues that can no longer be solved by a single country; they are now global-scale problems. Until today, Yamakawa Industries has contributed to the development of related industries, including the casting industry, primarily through various processing of sand resources. However, now that we are faced with such a critical situation on Earth, we must return to our origins once again and, with an unyielding frontier spirit, "pioneer the next new era." With this determination, we must work together to tackle the conservation and regeneration of the Earth's environment. As specialists in sand, Yamakawa Industries bears part of the social responsibility for the regeneration of limited Earth resources from the standpoint of environmental conservation and effective resource utilization.