Wear-Resistance Tungsten Carbide Well 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. Designed for various industrial applications, the Tungsten Carbide Nozzle offers outstanding performance, reliability, and longevity, making it an indispensable tool in a wide range of industries.

Wear-Resistance Tungsten Carbide Well Nozzle .jpeg


Features of tungsten carbide nozzles:

1. High temperature sintering, high hardness, high wear resistance

2. Manufactured from 100% pure tungsten carbide raw material

3. Longer service life, stable nozzle quality

4. Reasonable price, faster delivery time

5. Provide various types (sandblasting nozzles, air nozzles, spray nozzles, well nozzles and other industrial nozzles)

6. OEM customization, manufacturing of various materials and specifications


Applications of tungsten carbide nozzles:

  • Blasting: Provides excellent wear resistance, ensuring extended nozzle life and consistent blasting performance.

  • Cooling and Lubrication: Excellent thermal conductivity, wear resistance, and precise fluid delivery for efficient heat dissipation and effective lubrication.

  • Waterjet Cutting: Provides precise and consistent jet formation for precise, clean cuts with minimal taper and excellent edge quality.

  • Gas and Liquid Atomization: Precise control of droplet size and distribution ensures optimum atomization efficiency and process performance.

  • Dust Suppression: It has excellent wear resistance and precise spray pattern to ensure effective dust suppression performance.

  • Fire Suppression: Provides exceptional durability, thermal stability and abrasion resistance, ensuring reliable performance in critical fire suppression applications.



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