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High Demand for Tungsten Carbide Nozzles in the Oil Industry


Tungsten carbide is an unmatched material when it comes to usage in the Oil and Gas industries. These industries often have extreme conditions both onshore as well as offshore. Various abrasive liquids, solids, sand along with high temperature and pressure conditions cause a significant amount of wear in all steps of the downstream as well as upstream processes.

Parts like valves, choke beans, valve seat, sleeves and nozzles made out of the strong and highly resistant tungsten carbide are hence high in demand. Owing to the same, the demand and usage of tungsten carbide nozzles for the oil industry along with other important products have surged in the last few decades.


What makes tungsten carbide a great choice for nozzles?

Tungsten carbide nozzle body

Tungsten carbide nozzles find great applications in processes like sandblasting as well as shot blasting. With a wide range of choice in styles, sizes, and lengths, the nozzles are customized for different applications.
So what makes tungsten carbide one of the most suitable materials for making nozzles for usage in high abrasive environments as prevalent in the oil industries? Following features make tungsten carbide an extraordinary material of choice:
• Dimensional stability in environments with high temperature and pressure conditions
• A fine finish which makes them easy to clean
• High material strength and life span
• Great wear resistance, abrasion resistance
• Cost effective owing to long life span and negligible maintenance needs

With the extreme conditions prevalent in these sectors, the usage of tungsten carbide nozzles in the oil industry is considered highly suitable, especially in comparison to various other traditionally used materials like steel.

Tungsten carbide sleeve

Bit size of API standard

> 3-3/4 ,4-1/4,4-1/8,4-3/4,5-5/8,5-7/8,6,6-1/8,6-1/4,6-1/2,
6-3/4,7-1/2, 7-7/8,8-3/8,8-1/2,8-5/8,8-3/4,9-1/2,9-5/8,9-7/8,
          10-5/8,11,12-1/4, 14-3/4,17-1/2,20,24,26, 36

Polycrystalline Diamond Composite (PDC).


Polycrystalline-Diamond-Composite

Diameter (mm)

Apply to Geological Layer

24

Dead-Soft

19

Soft

16

Medium Hard

13

Hard

8

Harder

Nozzle Design

Nozzle Structure
The Nozzle quantities, position, angle, slot profile are determined by Bit design. Below are some common designs:

Nozzle Design