Die, Upper Grip & Lower Dovetails are usually made of high-strength alloy materials with extremely high wear and corrosion resistance. This material was chosen to meet the needs of mud pumps working in high-pressure, high-wear environments. Through advanced manufacturing processes such as heat treatment and surface hardening treatment, dental plates can obtain higher hardness and longer service life. ' /> Die, Upper Grip & Lower Dovetail Die, Upper Grip & Lower Dovetail Liquid End Accessories Products Bimetal Cylinder Liner,Ceramic Cylinder Liner,Valve Body Seat,Piston Assembly,Valve Assembly-Haihua Petroleum Machinery

Die, Upper Grip & Lower Dovetail

Die, Upper Grip & Lower Dovetail is a key part of the hydraulic end of the mud pump, which is mainly used during the suction and discharge of the mud pump to ensure the effective sealing and reliable operation of the pump. In oil drilling, geological exploration and other fields, mud pump is an essential equipment, and the tooth plate is an important part to ensure the stability of the pump performance.
Die, Upper Grip & Lower Dovetails are usually made of high-strength alloy materials with extremely high wear and corrosion resistance. This material was chosen to meet the needs of mud pumps working in high-pressure, high-wear environments. Through advanced manufacturing processes such as heat treatment and surface hardening treatment, dental plates can obtain higher hardness and longer service life.

Wechat consulting

微信扫码咨询
Consult now +8615305343645 返回

Details

Product Description

Die, Upper Grip & Lower Dovetail is a key part of the hydraulic end of the mud pump, which is mainly used during the suction and discharge of the mud pump to ensure the effective sealing and reliable operation of the pump. In oil drilling, geological exploration and other fields, mud pump is an essential equipment, and the tooth plate is an important part to ensure the stability of the pump performance.

Die, Upper Grip & Lower Dovetails are usually made of high-strength alloy materials with extremely high wear and corrosion resistance. This material was chosen to meet the needs of mud pumps working in high-pressure, high-wear environments. Through advanced manufacturing processes such as heat treatment and surface hardening treatment, dental plates can obtain higher hardness and longer service life.

In the design, the die plate uses a special tooth shape structure, which can be tightly fitted with other components in the pump, such as the seat, to form an effective seal. This design not only prevents mud leakage, but also reduces energy loss during pumping and improves pump efficiency. In addition, the tooth shape design of the tooth plate also takes into account the principle of fluid dynamics, so that the resistance of the fluid is minimized during the passage.

When installing the die plate, ensure that it is precisely aligned with the other components in the pump body and tighten the screws according to the specified torque to prevent poor sealing or premature wear due to improper installation. The correct installation method can ensure that the die plate can maintain good sealing performance under high pressure conditions.

In terms of maintenance, it is necessary to check the wear of the dental plate regularly. Because the tooth plate is in a high-pressure area during the pumping process, it may be worn or damaged after long-term work. Regular inspection and necessary replacement can avoid a drop in pumping efficiency or equipment failure due to dental plate failure.

In short, as an important part of the hydraulic end of the mud pump, the selection of its material, the rationality of its design and the rigor of its installation and maintenance are directly related to the reliability and efficiency of the pump. Through the selection of high-quality materials and advanced manufacturing technology, as well as scientific maintenance strategies, the overall performance of the mud pump can be significantly improved, providing a solid guarantee for the user's production and operation.

Product Pictures

Factory environment

Production equipment

Factory scene

keyword:
Inquiry