High Quality Tungsten Carbide Abrasive Waterjet 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

The Tungsten Carbide Nozzle stands as a remarkable and indispensable engineering marvel, meticulously crafted to deliver unparalleled wear resistance, hardness, and precise fluid or gas control capabilities. Utilizing cutting-edge manufacturing techniques, this nozzle exhibits exceptional performance, making it a vital component in industries that demand reliable and efficient fluid or gas flow control. The Tungsten Carbide Nozzle's unique characteristics set it apart as a preferred choice for a wide range of applications, ensuring precise and consistent results.

High Quality Tungsten Carbide Abrasive Waterjet Nozzle.jpeg



Features of Tungsten Carbide Nozzle:

1. 100% raw material to produce tungsten carbide products.

2. Hip sintering, high hardness, high wear resistance.

3. Various sizes and complete types are available.

4. Reasonable price and fast delivery time.

5. OEM customization (accept small orders, professional technical support).

6. Precision Flow Control.


Application of Tungsten Carbide Nozzles

  • Spray Application: Ensures uniform and controlled dispersion of paints, coatings or adhesives, providing a high quality surface finish during manufacturing and surface preparation.

  • Sandblasting: Sandblasting nozzle for efficient surface preparation, cleaning and finishing in the construction, automotive and aerospace industries.

  • Chemical Processing: Ensuring precise, efficient mixing and dispensing of fluids in the chemical industry.

  • Fuel Injection: Provides precise and controlled fuel delivery to optimize combustion efficiency and engine performance.

  • Environmental Remediation: Facilitates effective fluid dispersion and disposal of contaminated materials and waste.


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