Sand blasting steels - Import export

Max. product dimensions W=4500mm L=8000mm H=3400mm. Sandblasting is also available for stainless steel, which is separated from other steel to prevent contamination. Upon customer request, we also employ laser removal of impurities on the surface. Customers can choose from different sandblasting roughnesses depending on project needs.

Natural garnet sand is a non-active mineral abrasive which does not cause silicosis. It has high performance, ensuring efficiency and economical process with medium oxidation level. Its grains are microcrystalline, with more or less irregular rounded shapes. Hardness: 6-7.5 mohs Shape: irregular Density: 3.5-4.3 g / cm3 Welcome to BLASQEM, your Specialist in Shots, Abrasives and Equipment: - Abrasive Products and Accessories - Abrasive steel shots - Abrasives manufacturer - Abrasives solutions - Blasting material - Metallic shots and organic media or glass sandblasting and aluminium oxide or carbon grit abrasive shots for shot blasting - Steel Abrasives and aluminium shot for shot blasting operations - Blasqem is the industry's leading supplier of industrial abrasive

Continuous blasting – Excellent, highly automated processing The selected blasting medium is directed towards your workpieces at high speed using blast wheels. This ensures high blasting performance and optimum use of energy. Using this technology in a continuous process offers several advantages over batch processing: — Continuous workpiece feeding — Easy to integrate into production processes — Simplified parts flow That is why our continuous belt blasting units are frequently used to replace conventional batch systems. With their easy workpiece handling and excellent blasting results, they are even used as replacements for suspended-line systems.

The process is performed in closed chambers, where a jet of millions of glass microbeads, moving in a stream of compressed air, is directed on the product surface using a specialized gun. The abrasive removes all contaminants from the surface without changing the part geometry or damaging the product. It allows even fragile materials to be handled gently with this method. Controlled plastic deformation of the metal surface forms a light work-hardening that improves the service performance of the product. Due to the matting effect, this method is often used for finishing aluminum parts.