Petroleum Equipment & Machinery

Wear-Resistance Tungsten Carbide Seat for Valves Application

SEED TECHNOLOGlES CORP., LTD.
  • Manufacturing Process:Hip Sintering
  • Surface Treatment:Polishing
  • Operation Pressure:Vacuum
  • Material:Tungsten Carbide
  • Advantage:Superior Wear-Resistance
  • Application:Pump,Drilling Oil and Gas Industry

Base Info

  • Composition:Wc+Co
  • Shape:Non-Standard
  • Hardness:85.6-93.5 (Hra)
  • Density:13.55-15.05(g,cm3)
  • Materials:100% Virgin Tungsten Carbide
  • Performance Requirement:Pr1, Pr2
  • Certificate:Asp9100, API , ISO9001:20
  • Package:Plastic Cylinder with Foam
  • Transport Package:Wooden Cases
  • Specification:WC+Co
  • Trademark:Aseeder
  • Origin:China
  • HS Code:848190
  • Production Capacity:10000 PCS Per Month

Description

Aseeder GradeCo (Wt %)Density  (g/cm3)Hardness (HRA)TRS
(≥N/mm²)ZY11-C9.0-11.014.33-14.5388.6-90.22800ZY15-C15.5-16.013.84-14.0485.6-87.22800ZY15X14.7-15.313.85-14.15≥893000ZY2018.7-19.113.55-13.75≥83.82800ZY06X5.5-6.514.80-15.0591.5-93.52800ZY087.5-8.514.65-14.85≥89.52500ZY098.5-9.514.50-14.70≥892800ZY10X9.5-10.514.30-14.6090.5-92.53000

Tungsten Carbide valves assemblies parts is widely used on a choke valve in oil gas industry or other energy industry.

Tungsten Carbide valves assemblies parts are specifically designed to resist corrosion, abrasion, wear, fretting, sliding wear and impact both onshore offshore and surface subsea applications.

Our complete line of high-performance tungsten carbide based anti-wear hard facing and integral products will help you to find the best solution for effectively eliminating your abrasion problems.

Wear-Resistance Tungsten Carbide Seat for Valves Application
1. Advanced Machining and Test Equipments:
 Wear-Resistance Tungsten Carbide Seat for Valves Application
Wear-Resistance Tungsten Carbide Seat for Valves Application

2. Outstanding ability to meet all of customer's requirements:

Wear-Resistance Tungsten Carbide Seat for Valves Application

3. High Precision Product machining Lines:

· Wear resistant carbide components via powder metallurgy technique

· Hardfacing (oxy-acetylene spray, PTA, HVOF, etc.) and surface enhancement (phosphating, boronizing, etc.)

· High-precision machining of metals (S.Steel, carbon steel, Inconel 718, etc.)

· Additive manufacture

4. Abundant experience accumulation in serving Fortune 500 companies in Oil & Gas Industry:
   a, Flexible payment term
   b, Expedite communications
   c, Quick and Professional Response

Wear-Resistance Tungsten Carbide Seat for Valves Application
Wear-Resistance Tungsten Carbide Seat for Valves Application
Wear-Resistance Tungsten Carbide Seat for Valves Application          Wear-Resistance Tungsten Carbide Seat for Valves Application