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

Part Number: 1348-2100
Category: Sandblasting & Abrasive Nozzles
Type: Tungsten Carbide Short Venturi Nozzle – 1/4″ Bore, 1″ Entry, 1-1/4″ Thread, All Poly Jacket

The 1348-2100 Tungsten Carbide Short Venturi Nozzle is designed for efficient, high-impact abrasive blasting where maneuverability and performance are equally important. Featuring a 1/4″ venturi bore and compact body, this nozzle accelerates abrasive media for improved cleaning efficiency while maintaining excellent control in tight or detailed work areas. Its premium tungsten carbide liner delivers outstanding resistance to wear, significantly extending service life in demanding blasting environments. The lightweight all-poly jacket reduces overall weight and operator fatigue, and the 1″ entry with 1-1/4″ thread ensures secure compatibility with standard nozzle holders used in professional blast systems.

Product Specifications

Model: 1348-2100
Material: Tungsten Carbide (All Poly Jacket)
Bore Size: 1/4″
Entry Size: 1″
Thread: 1-1/4″
Profile: Short Venturi
Style: Lightweight Industrial Blast Nozzle
Weight: 0.63 lbs
Condition: New

OEM Compatibility

Features & Benefits

• Short venturi design for higher particle velocity and efficient media use

• 1/4″ bore ideal for detail work and controlled blasting

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

• All-poly jacket minimizes weight and improves operator comfort

• Maintains consistent bore geometry far longer than ceramic nozzles

• Threaded construction ensures a secure fit in compatible holders

Applications

• Industrial abrasive blasting

• Precision surface preparation and spot cleaning

• Maintenance and fabrication environments

• OEM replacement for compatible blast systems

• Jobs requiring control in confined or detailed areas

Important Notes

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

• Designed for short venturi nozzle holders

• Service life varies based on abrasive type, pressure, and duty cycle