Blast Ninja BP200 SiAION Nozzle – 3/8″ Bore, 50 mm Aluminum Thread

Part Number: SH-650P-PRO
Category: Sandblasting & Abrasive Nozzles
Type: Blast Ninja BP200 SiAION Nozzle – 3/8″ Bore, 50 mm Aluminum Thread

The SH-650P-PRO Blast Ninja BP200 SiAION Nozzle is a premium, ultra-lightweight blasting nozzle built for high-output abrasive applications that demand maximum flow, durability, and operator comfort. Featuring a large 3/8″ straight bore and a 50 mm aluminum thread, this nozzle delivers powerful media throughput for rapid surface coverage while maintaining a focused, consistent blast pattern. Constructed from advanced SiAION (silicon aluminum oxynitride) material, it offers significantly longer service life than standard ceramic nozzles with virtually no added weight—helping reduce fatigue during extended blasting sessions. Designed for Blast Ninja systems and compatible holders, the SH-650P-PRO is ideal for professional handheld and portable blasting setups in demanding environments.

Product Specifications

Model: SH-650P-PRO
Material: SiAION (Advanced Ceramic Composite)
Bore Size: 3/8″
Thread Size: 50 mm Aluminum Thread
Style: Straight Bore Nozzle
Weight: 0.01 lbs
Condition: New

Features & Benefits

• Straight bore design for a precise, consistent blast stream

• Large 3/8″ bore for high media flow and faster surface coverage

• SiAION construction for enhanced wear resistance over standard ceramic nozzles

• Ultra-lightweight design minimizes operator fatigue

• Aluminum-threaded body for durability and secure mounting

• Maintains bore accuracy for reliable, repeatable performance

• Optimized for Blast Ninja and compatible blasting systems

Applications

• Precision abrasive blasting

• Heavy surface preparation and coating removal

• Detail and touch-up work

• Handheld and portable blasting setups

• Professional and maintenance blasting environments

Important Notes

• Verify bore size (3/8″) and thread type (50 mm aluminum) before ordering

• Designed for aluminum-thread nozzle holders

• Service life depends on abrasive type, air pressure, and duty cycle