Quality and Reliable Tungsten Carbide Nozzle

  • material Tungsten Carbide
  • brand_name OEM/LANGSUN
  • place_of_origin China
  • minimun_order_quantity 10
  • supply_ability 10000 PCS/MONTH
  • payment_terms L/C,T/T,Western Union
  • certficate ISO9001

Tungsten Carbide Nozzles find extensive use in industries that require precise fluid or gas flow control. These nozzles are employed in applications such as abrasive blasting, spray coating, chemical processing, surface treatment, and more. They are utilized in equipment such as sandblasting nozzles, spray guns, atomizers, fuel injectors, and other systems that demand accurate and controlled flow patterns.

Quality and Reliable Tungsten Carbide Nozzle.png

Features of tungsten carbide nozzles:

1. High temperature sintering, good compactness, more excellent hardness and wear resistance

2. Excellent tungsten carbide raw materials for manufacturing nozzles

3. Dimensions, specifications and materials of the complete type

4. Various tungsten carbide nozzles can be manufactured, with long supply life and reliable quality

5. Fully customized according to drawings, with 20 years of export experience and manufacturing experience


Applications of tungsten carbide nozzles:

Additive Manufacturing: Tungsten carbide nozzles have unique applications in additive manufacturing processes such as 3D printing.

High-pressure water jet cutting: used to generate high-speed water jets mixed with abrasive particles to cut various materials.

Precision Surface Preparation: For precision cleaning, etching or coating applications in industries such as electronics, optics and semiconductor manufacturing.

Powder metallurgy: Used in powder injection molding, metal powder atomization and other powder-based manufacturing techniques.

Environmental Remediation: Tungsten carbide nozzles have unique applications in the environmental remediation process, especially in soil and groundwater remediation.

Fuel injection systems: Tungsten carbide nozzles have unique applications in fuel injection systems, such as those found in diesel engines.


Tungsten carbide material specification
GradeBinder (Wt %)CobaltDensity (g/cm3)Hardness (HRA)TRS (>N/mm²)Grain Size(μm)
YG65.8-6.314.6-15.089.5-9118000.8-2.0
YG6X5.8-6.314.4-14.790.5-91.516500.6-1.0
YG87.5-8.214.4-14.789.0-90.522001.0-1.5
YG1111.0-11.514.2-14.487.0-88.528001.0-2.0
YG11C11.0-11.514.2-14.486.0-88.030001.0-2.5
YG1514.5-1513.9-14.086.0-88.033001.0-2.0
YG2020.0-20.513.2-13.584.0-85.034001.0-2.0
YG20C20.0-20.513.2-13.583.0-85.036001.0-2.5
K05VF4.5-5.014.6-15.092.5-93.015000.6-1.0
K10VF5.5-6.214.5-14.791.5-92.515500.6-1.0
K20VF7.5-8.014.5-14.790.5-91.518000.6-1.0
GradeBinder (Wt %)NickelDensity (g/cm3)Hardness (HRA)TRS (>N/mm²)Grain Size(μm)
YN65.5-6.214.6-15.089.5-90.518000.8-2.0
YN6X5.9-6.514.5-14.989.4-9117500.8-1.8
YN6A5.9-6.514.5-14.889.5-91.518500.8-1.8
YN76.8-7.214.4-14.889.0-90.019000.8-1.6
YN87.8-8.314.5-14.889.0-90.022000.8-2.0
YN1211.5-12.214.0-14.487.5-88.526000.8-2.0
YN1514.5-15.213.7-14.286.5-88.028000.6-1.5