Tungsten Carbide Short Venturi Nozzle – 3/8″ Bore, 1″ Entry, 1-1/4″ Thread, All Poly Jacket

Part Number: 1348-2102
Category: Sandblasting & Abrasive Nozzles
Type: Tungsten Carbide Short Venturi Nozzle – 3/8″ Bore, 1″ Entry, 1-1/4″ Thread, All Poly Jacket

The 1348-2102 Tungsten Carbide Short Venturi Nozzle is built for high-output abrasive blasting where increased material flow and compact handling are critical. Featuring a 3/8″ venturi bore and short-body profile, this nozzle accelerates abrasive media to deliver higher particle velocity and more aggressive cleaning performance than straight-bore designs. Its premium tungsten carbide liner provides exceptional resistance to wear, ensuring a significantly longer service life in demanding industrial environments. The lightweight all-poly jacket minimizes overall weight to reduce operator fatigue, while the 1″ entry and 1-1/4″ thread provide secure compatibility with standard professional nozzle holders.

Product Specifications

Model: 1348-2102
Material: Tungsten Carbide (All Poly Jacket)
Bore Size: 3/8″
Entry Size: 1″
Thread: 1-1/4″
Profile: Short Venturi
Style: Lightweight Industrial Blast Nozzle
Weight: 0.71 lbs
Condition: New

OEM Compatibility

Features & Benefits

• Short venturi profile increases abrasive velocity for faster material removal

• 3/8″ bore supports higher media flow for improved productivity

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

• All-poly jacket minimizes weight and reduces operator fatigue

• Maintains precise bore geometry far longer than ceramic alternatives

• Threaded construction ensures a secure fit in compatible nozzle holders

Applications

• Industrial abrasive blasting

• Heavy surface preparation and coating removal

• Maintenance and fabrication environments

• OEM replacement in compatible blast systems

• High-efficiency blasting in compact work areas

Important Notes

• Verify bore size (3/8″), entry (1″), and thread type (1-1/4″) before ordering

• Designed for short venturi nozzle holders

• Actual service life varies based on abrasive type, air pressure, and duty cycle