API 8C Single Arm Elevator Link
Our API 8C Single Arm Elevator Link, designed to provide superior strength and durability, ensures safe and efficient load handling in high-pressure drilling environments.
Product Category | Single Arm Elevator Links/ Bails |
---|---|
Material | High-quality structural alloy steel |
Working Load Limit | 50~750 Tons |
Standard | API Spec 8C, GB/T19190 |
API 8C Single-arm Elevator Link Description
Single Arm Elevator Link (also known as elevator bails) is a precision-forged, weldless component designed to optimize performance in oil well drilling operations. Built from high-strength alloy steel with weldless design to enhance structural integrity. And eliminate potential failure points associated with welded connections.
As a critical part of Drilling Elevator Bails, this robust construction ensures maximum load-bearing capacity while reducing the risk of fatigue or breakage. Making it ideal for medium-duty applications in onshore and shallow offshore environments.
- High-Strength Weldless Construction – Eliminates weak points associated with welding, providing enhanced durability and safety.
- API 8C Compliance – Rigorously tested to meet industry standards for elevator bails used in oilfield drilling operations.
- High-Strength Alloy Steel – Forged from high quality grade alloy steel with heat treatment, offering exceptional resistance to corrosion, wear, and shear stress.
- Heavy-Duty Load Capacity – Designed for high-stress environments in oil well drilling, ensuring maximum performance.
Elevator Links Specifications
Material: Super high-quality structural alloy steel
Working Load Limit: 50-750 US tons.
Safety Factor: n=2.25~3
Standard: API Spec 8C、GB/T19190
Signs such as WORKING LOAD LIMIT marked on the elevator link. Surface painted with finished paint.
Weldless Links Manufacturer Factory
Single-arm elevator bails manufacture with swaged forgging process, mechanical processing & surface treatment process.
Each product has the trait of high-intensity, good toughness and good mechanical property.
Both ends are shaped by die forging process, the pole is pulled by free forging.
Special heat treatment. Non-destructive test is performed.
Its strength is verified throughout 1.5 WLL tensile test.

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