Brief: This short presentation tells the story behind the design and intended use cases of high-performance oilfield sucker rods. You'll see a detailed walkthrough of our workshop manufacturing process, learn about the API 11B compliant alloy steel materials, and discover how these rods connect surface pump jacks to downhole components in reciprocating piston pump systems.
Related Product Features:
Manufactured in compliance with API SPEC 11B standards for oilfield applications.
Available in multiple coupling classes including Standard T, T Slim Hole, SM, and Sub-Couplings.
Constructed from high-strength alloy steel materials AISI 4130 and 4140.
Features smooth polished surfaces for enhanced durability and performance.
Available in various specifications including ZS16, ZS19, ZS22, ZS25 with different diameters and lengths.
Offers multiple strength grades including GRADE D and GRADE HL with specific mechanical properties.
Designed with precise nominal thread configurations for secure connections.
Includes both sucker rods and polished rods for complete pumping system integration.
FAQs:
What standards do your sucker rods comply with?
Our sucker rods and polished rods are manufactured in full compliance with API SPEC 11B standards, ensuring they meet industry requirements for oilfield applications.
What materials are used in your sucker rod construction?
We use high-performance alloy steel materials including AISI 4130 and 4140, which provide excellent strength, durability, and corrosion resistance for demanding oilfield environments.
What coupling options are available for your sucker rods?
We offer multiple coupling classes including Standard Class T (5/8" to 1 1/8"), Class T Slim Hole, Class SM, and Sub-Couplings in various size combinations to suit different connection requirements.
What are the mechanical properties of your sucker rods?
Our rods come in different strength grades with GRADE D offering yield strength ≥620 MPa and tensile strength 793-965 MPa, while GRADE HL provides higher strength with 793-862 MPa yield and 966-1136 MPa tensile strength.