Boron Carbide Straight Bore Nozzle – 7/16″ Bore, 3/4″ Entry, 1-1/4″ NPSM Thread, 3-1/4″ Length, Steel Jacket
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Original price
$131.99
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Original price
$131.99
Original price
$131.99
$131.99
-
$131.99
Current price
$131.99
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Part Number: 502-182
Category: Sandblasting & Abrasive Nozzles
Type: Boron Carbide Straight Bore Nozzle – 7/16″ Bore, 3/4″ Entry, 1-1/4″ NPSM Thread, 3-1/4″ Length, Steel Jacket
The 502-182 Boron Carbide Straight Bore Nozzle is designed for precision abrasive blasting where higher media flow and durability are required without sacrificing control. Featuring a 7/16″ straight bore, this nozzle delivers a powerful, focused blast stream ideal for light-to-medium duty surface preparation and controlled material removal. The boron carbide liner offers exceptional wear resistance—often exceeding the lifespan of ceramic and tungsten carbide in fine-abrasive environments—while the rugged steel jacket protects against impact and harsh jobsite conditions. Its extended 3-1/4″ body and standard 1-1/4″ NPSM threads ensure secure mounting and consistent performance in professional blast systems.
Product Specifications
Features & Benefits
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Straight bore design delivers a tight, concentrated blast pattern
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7/16″ bore increases cutting power while maintaining precision
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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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Maintains consistent bore geometry for reliable, repeatable performance
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Standard 1-1/4″ NPSM threads fit most professional nozzle holders
Applications
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Precision abrasive blasting
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Light to medium surface preparation
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Metal, stone, and composite surface work
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Industrial maintenance and fabrication shops
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OEM replacement for compatible blast systems
OEM Compatibility
| OEM Manufacturer |
Part # |
| Empire Abrasive Equipment Company |
502182 |
Important Notes
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Verify bore size (7/16″), entry (3/4″), and thread type (1-1/4″ NPSM) before ordering
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Designed for straight-bore nozzle holders
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Service life varies based on abrasive type, air pressure, and duty cycle