Tungsten Carbide Short Venturi Nozzle – 5/16″ Bore, 1″ Entry, 1-1/4″ Thread, All Poly Jacket

Part Number: 1348-2101
Category: Sandblasting & Abrasive Nozzles
Type: Tungsten Carbide Short Venturi Nozzle – 5/16″ Bore, 1″ Entry, 1-1/4″ Thread, All Poly Jacket

The 1348-2101 Tungsten Carbide Short Venturi Nozzle is engineered for high-efficiency abrasive blasting where strong cutting power and compact handling are essential. With a 5/16″ venturi bore and short-body design, this nozzle accelerates abrasive media to deliver higher particle velocity and improved cleaning performance compared to straight-bore styles. Its premium tungsten carbide liner provides exceptional resistance to abrasive wear, offering a dramatically longer service life in demanding environments. The lightweight all-poly jacket reduces operator fatigue while maintaining rugged protection, and the 1″ entry with 1-1/4″ thread ensures secure compatibility with standard professional nozzle holders.

Product Specifications

Model: 1348-2101
Material: Tungsten Carbide (All Poly Jacket)
Bore Size: 5/16″
Entry Size: 1″
Thread: 1-1/4″
Profile: Short Venturi
Style: Lightweight Industrial Blast Nozzle
Weight: 0.65 lbs
Condition: New

OEM Compatibility

Features & Benefits

• Short venturi profile increases abrasive velocity for faster cleaning

• 5/16″ bore balances cutting power with air efficiency

• 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 nozzles

• Threaded construction ensures a secure fit in compatible nozzle holders

Applications

• Industrial abrasive blasting

• Surface preparation and coating removal

• Maintenance, fabrication, and restoration work

• OEM replacement in compatible blast systems

• Jobs requiring high efficiency in a compact nozzle format

Important Notes

• Verify bore size (5/16″), entry (1″), and thread type (1-1/4″) before ordering

• Designed for short venturi nozzle holders

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