Boron Carbide Short Venturi Nozzle – 3/16″ Bore, 1/2″ Entry, 3/4″ NPSM Thread, 2″ Length, Steel Jacket
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Original price
$114.00
-
Original price
$114.00
Original price
$114.00
$114.00
-
$114.00
Current price
$114.00
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Part Number: 1348-1133
Category: Sandblasting & Abrasive Nozzles
Type: Boron Carbide Short Venturi Nozzle – 3/16″ Bore, 1/2″ Entry, 3/4″ NPSM Thread, 2″ Length, Steel Jacket
The 1348-1133 Boron Carbide Short Venturi Nozzle is engineered for compact blasting setups where efficiency, control, and durability are essential. Its short venturi profile improves abrasive acceleration over straight-bore designs, delivering higher particle velocity and more effective cutting power in a compact 2″ form factor. The 3/16″ bore provides precise control for detail work and light-to-medium blasting, while the boron carbide liner offers exceptional wear resistance—often surpassing ceramic and tungsten carbide in fine-abrasive environments. A rugged steel jacket protects the nozzle from impact and jobsite abuse, and the 3/4″ NPSM threads ensure compatibility with smaller blast guns and holders.
Product Specifications
Features & Benefits
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Short venturi design increases abrasive velocity over straight-bore nozzles
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3/16″ bore delivers precise, controlled blasting
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Boron carbide liner ensures exceptional wear resistance and long service life
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Steel jacket provides durability and impact protection
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Compact 2″ length ideal for tight spaces and portable blast guns
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3/4″ NPSM threads fit common small-format nozzle holders
Applications
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Precision abrasive blasting
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Detail work and spot surface preparation
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Portable and cabinet blast systems
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Light to medium-duty industrial cleaning
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OEM replacement for compatible blast equipment
OEM Compatibility
| OEM Manufacturer |
Part # |
| Universal Equipment Manufacturing Company / Uniblast Technologies |
F117-016 |
Important Notes
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Verify bore size (3/16″), entry (1/2″), and thread type (3/4″ NPSM) before ordering
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Designed for short-venturi nozzle holders
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Service life varies based on abrasive type, air pressure, and duty cycle