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We Dongsheng Petroleum Machinery Co., Ltd.Launched a professional protection plan for the global transportation of brass pump barrels, through standardized packaging, environmental control and full process monitoring, in order to ensure zero damage to the brass pump barrels from the Liaoning factory to the international oilfield site.We have successfully applied this system to orders from more than 20 countries such as the United States and Canada, and the transportation loss rate has decreased significantly, which has become a key pillar to protect the interests of customers.

Sucker Rod Pump Technical Standards: 1. Sucker rod pump parts materials and processes: Pump Barrel: Sucker rod pump barrel hardening methods: chrome plating, carburizing. Chrome-plated pump barrel basic materials: 1045, 1026, 4140, 4/6 chrome steel, C44300. Carburized pump barrel basic materials: 1020 steel. Pump barrel maximum length: 35ft. Chrome plating hardness: HV100900~1160. Carburizing hardness: minimum hardness 690 Knoop at 0.005in from the single edge surface, minimum hardness 466 Knoop at 0.010in from the single edge surface. Plunger For Oil Well: Plunger hardening method: alloy powder spray welding, chrome plating. Spray welding layer hardness: ≥HV200595. Chrome plating hardness: HV100832~1160. Various lengths of plungers can be manufactured according to user requirements, with a maximum length of 41ft. Parts: API standard whole-barrel pump, rod pump, moving barrel pump accessories; monel alloy lined valve cover; rubber lined valve cover, Parts materials include: carbon steel, low alloy steel, stainless steel, nickel-copper alloy, brass Valve pair: Valve pair materials include: stainless steel; cobalt-chromium-tungsten alloy; tungsten carbide; titanium carbide; nickel carbide.

In the process of crude oil extraction, sucker rod pump barrel leakage is a common problem, which not only causes delays and energy waste, but also may cause problems such as liquid hammer and vibration, and accelerate the damage of components such as plungers and valve groups. Pollute the well site environment and even cause fire hazards. So, what causes pump barrel leakage? How should we effectively reduce pump barrel leakage?