Excellent Thermal Conductivity 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 are specialized components used in a wide range of industrial applications for their excellent wear resistance, durability, and ability to withstand harsh operating conditions. These nozzles are designed to control the flow and direction of fluids, gases, or abrasive materials with precision. 

Excellent Thermal Conductivity Tungsten Carbide Nozzle.jpeg


Features of Tungsten Carbide Nozzle:

1. High precision, optimal fluid flow control

2. HIP process sintering, high hardness, high wear resistance

3. Produce tungsten carbide nozzles with 100% raw material

4. Excellent chemical inertness and thermal conductivity

5. Reasonable price and fast delivery time

6. Special customization according to customer needs


Application of Tungsten Carbide Nozzles

  • Coating & Painting: In precision coating and painting applications, our nozzle ensures uniform and even dispersion of paints, coatings, and other liquids, resulting in high-quality finishes.

  • Cooling & Cleaning: From industrial cooling systems to surface cleaning, the nozzle efficiently distributes coolant and cleans surfaces, preventing overheating and maintaining optimal cleanliness.

  • Chemical Processing: Our nozzle supports precise chemical dispensing and fluid handling in chemical processing, ensuring controlled and consistent reactions and formulations.

  • Dust Suppression: In mining and construction environments, the nozzle aids in dust suppression, creating safer and more productive workspaces while reducing environmental impact.

  • Agriculture & Irrigation: The spray nozzle contributes to efficient and uniform liquid distribution in agricultural spraying and irrigation systems, optimizing crop health and yield.


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