API 16c Choke Manifold for Oil Field

Choke Manifold **Model No.:** Choke Manifold **Production Specification Level:** PSL1–PSL4 **Performance Requirement:** PR1, PR2 **Temperature Class:** P–U **Material Class:** EE, FF **Transport Package:** Wooden Case **Origin:** Jiangsu, China --- **Application** The choke manifold is a critical component used in oil and gas drilling operations to control well kicks and implement pressure control techniques. It plays a key role in maintaining balanced drilling by preventing formation damage, increasing drilling efficiency, and effectively managing blowouts. One end of the choke manifold connects to the side flange of the BOP spool. When the BOP is closed, it allows for controlled pressure release from the casing through the choke valve, enabling balanced drilling under minimal pressure differentials. **Assembly & Structure** A typical choke manifold consists of a choke valve, gate valve, pipelines, fittings, and a pressure gauge. These components work together to manage fluid flow and pressure during drilling operations. **Working Principle** When pressure increases within the well, the choke valve is used to regulate the flow of fluids and maintain control over the casing pressure. If the pressure becomes too high, the gate valve can be opened to allow for direct blowout, ensuring safe and controlled operation. **Compliance** This choke manifold is designed in accordance with API Spec 16C standards, ensuring high performance and reliability in harsh field conditions. **Product Specifications** | **Rated Working Pressure** | 3000 PSI – 15000 PSI | |----------------------------|----------------------| | **Production Specification Level** | PSL3, PSL4 | | **Performance Requirement Level** | PR1, PR2 | | **Rated Working Temperature** | P, U | | **Material Class** | EE, FF | | **Main Bore Size** | 2 9/16", 3 1/16", 4 1/16" | ---  This choke manifold is an essential tool for oil and gas drilling operations, offering reliable performance and compliance with industry standards. Whether you're dealing with high-pressure wells or need precise pressure control, this product is designed to meet your needs efficiently and safely. Its robust construction and advanced design make it ideal for use in various drilling environments, ensuring operational success and safety at every stage.

H13 Extrusion Mould

The H13 extrusion mould is a type of tooling used in the extrusion process to produce various shapes and sizes of plastic and metal products. It is made from H13 steel, which is a high-performance tool steel that offers excellent toughness, wear resistance, and thermal conductivity.The H13 extrusion mould is designed to withstand high temperatures and pressures during the extrusion process, making it ideal for use in the production of complex and intricate shapes. It is also highly durable and long-lasting, which means that it can be used for multiple production runs without the need for frequent replacement.The design of the H13 extrusion mould can be customized to meet the specific requirements of each production process. This includes the shape and size of the product being produced, as well as the type of material being used. The mould can be designed to produce a variety of products, including tubes, pipes, profiles, and sheets.In addition to its durability and versatility, the H13 extrusion mould is also easy to maintain and repair. It can be cleaned and serviced quickly and easily, which helps to minimize downtime and ensure that production runs smoothly.Overall, the H13 extrusion mould is an essential tool for the extrusion process, offering high performance, durability, and versatility. Its ability to produce complex shapes and sizes makes it ideal for use in a wide range of industries, including automotive, construction, and packaging.

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