Tungsten Carbide Straight Bore Nozzle – 1/16″ Bore, 3/4″ NPSM Thread, 1-5/8″ Length, Steel Jacket

Part Number: 1348-501
Category: Sandblasting & Abrasive Nozzles
Type: Tungsten Carbide Straight Bore Nozzle – 1/16″ Bore, 3/4″ NPSM Thread, 1-5/8″ Length, Steel Jacket

The 1348-501 Tungsten Carbide Straight Bore Nozzle is designed for precision blasting applications where tight control and fine abrasive flow are critical. Featuring an ultra-small 1/16″ bore, this nozzle delivers a narrow, highly focused blast stream—ideal for detailed work, delicate surfaces, and low-air-volume systems.

A tungsten carbide liner provides exceptional wear resistance and long service life, even under continuous use. The straight-bore profile ensures consistent, predictable output, making it a reliable choice for cabinet systems and specialty blasting tasks. Encased in a rugged steel jacket, this nozzle is built to withstand jobsite impacts and daily shop use. The 3/4″ NPSM threads allow for easy installation on compatible blast guns and holders.

Product Specifications

• Model: 1348-501

• Material: Tungsten Carbide (Steel Jacket)

• Bore Size: 1/16″

• Thread: 3/4″ NPSM

• Profile: Straight Bore

• Overall Length: 1-5/8″

• Style: Precision Blast Nozzle

• Weight: 0.40 lbs

• Condition: New

Features & Benefits

• Ultra-fine 1/16″ bore for precision blasting and detail work

• Straight-bore design provides consistent, controlled abrasive flow

• Tungsten carbide liner delivers outstanding wear resistance

• Steel jacket adds durability and impact protection

• Compact length fits small blast guns and cabinet systems

• Ideal for low-air-volume and fine-media applications

Applications

• Precision abrasive blasting

• Cabinet and benchtop blast systems

• Etching, engraving, and detail cleaning

• Delicate surface preparation

• OEM replacement for compatible equipment

OEM Compatibility

Important Notes

• Confirm bore size (1/16″) and thread type (3/4″ NPSM) before ordering

• Designed for straight-bore nozzle holders

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