Tungsten Carbide Straight Bore Nozzle – 3/8″ Bore, 1-14 NF Thread, 1-5/8″ Length, Aluminum Jacket

Part Number: 1718-0600
Category: Sandblasting & Abrasive Nozzles
Type: Tungsten Carbide Straight Bore Nozzle – 3/8″ Bore, 1-14 NF Thread, 1-5/8″ Length, Aluminum Jacket

The 1718-0600 Tungsten Carbide Straight Bore Nozzle is a compact, high-output blasting nozzle built for abrasive applications that require increased media flow, precision, and long service life. Featuring a 3/8″ straight bore, 1-14 NF threaded base, and a 1-5/8″ overall length, this nozzle delivers a powerful, focused blast stream ideal for efficient surface preparation and controlled material removal. Constructed with a premium tungsten carbide liner and protected by a lightweight aluminum jacket, it offers exceptional resistance to abrasive wear while remaining easy to handle during extended use. Designed for threaded nozzle holders, the 1718-0600 is well-suited for professional and industrial blasting environments where durability and performance are essential.

Product Specifications

Model: 1718-0600
Material: Tungsten Carbide (with Aluminum Jacket)
Bore Size: 3/8″
Thread: 1-14 NF
Length: 1-5/8″
Style: Straight Bore Nozzle
Weight: 0.20 lbs
Condition: New

Features & Benefits

• Straight bore design for a precise, consistent blast stream

• 3/8″ bore for higher airflow and faster surface coverage

• Tungsten carbide liner for superior wear resistance and long service life

• Lightweight aluminum jacket for strength without excessive bulk

• Maintains bore accuracy far longer than ceramic alternatives

• Threaded for secure installation in compatible nozzle holders

Applications

• Precision abrasive blasting

• Surface preparation and coating removal

• Detail and controlled material removal

• Maintenance and fabrication environments

• OEM replacement in threaded blast systems

Important Notes

• Verify bore size (3/8″), thread type (1-14 NF), and nozzle length (1-5/8″) before ordering

• Designed for threaded blast nozzle holders

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