Nozzle Comparison with Rust Removal
This test features the XL Performance Nozzle, Double Venturi Nozzle and the Long Venturi Nozzle. Each is being fed 90 PSI with an Empire 650 XL Sandblast Pot.
Related Posts
15Oct
Double Venturi Nozzle
The tungsten carbide double venturi nozzle offers a 35% larger blast pattern than a standard long venturi. This is accomplished with only a slight loss in abrasive velocity. These nozzles…
01Oct
Steel Shot and Steel Grit Sandblast Abrasive
Mohs Hardness: 8 Bulk Density: 250-300 lbs cuft Used for Air and Wheel Blast Applications and Shot Peening High recyclability Due to Weight/Density, requires increase air/pressure compared to lighter abrasives…
01Oct
Iron Grit Abrasive
Mohs Hardness: 7 Bulk Density: 160 lbs cuft Hard, Heavy good etching abrasive Breaks down in small angular pieces Wear on nozzles and hoses Angular Shaped / Dark Grey or…
24Apr
Essential Blasting PPE: A Complete Safety Guide
Abrasive blasting is one of the most hazard-dense operations in surface preparation. You're dealing with respirable silica dust, rebounding abrasive at high velocity, extreme noise levels, and potential chemical exposure…
14Oct
SiALON XL Long Venturi Nozzle – Rust Removal
This high-performance SiAION XL nozzle with Aluminum Jacket is made of a lightweight SiAION material that offers service life and durability similar to tungsten carbide at only half the weight.…
24Jun
How Much Air Do You Need For Your Abrasive Blast Process?
Return How Much Air Do You Need For Your Abrasive Blast Process? Abrasive Blast Process Air Consumption FAQs When it comes to air consumption for your abrasive blast process, how