Triangular Ring Nut for Construction and Solar Power Industries

• Customization: Available
• Material: Stainless Steel
• Type: Round Head
• Model NO.: 1-1
• Connection: Common Bolt
• Head Style: Round
• Standard: DIN
• Surface Treatment: Bright
• Applicable Industries: Construction Industry, Solar Power Generation
• Product Grade: a-Level
• Whether to Support Customization: Support
• Transport Package: Container
• Specification: 1-30
• Trademark: Huilin
• Origin: Handan, Hebei
• HS Code: 0101101010
• Production Capacity: 50000

Product Description

Description of the Triangular Lifting Ring

1. In-Depth Analysis of Structural Integrity and Core Functionality

The Triangular Lifting Ring represents a revolution in high-strength, multi-directional lifting technology. Distinct from traditional lifting points, its innovative design overcomes conventional limitations. By utilizing a robust triangular mechanical framework alongside modular lifting points, it ensures safe and reliable lifting across complex conditions. The core structure is meticulously engineered with the following elements:

Triangular Main Frame:

Equilateral/Isosceles Geometry: The design strategically optimizes the aspect ratio, such as 1:1:1 or 1:1.2:1.2, to efficiently distribute stress. This minimizes the risk of stress concentration while enhancing the load-bearing capacity by an impressive 30% to 50% compared to a single ring suspension point.

Material Reinforcement: Utilizing Q355B high-strength steel, with a yield strength ≥ 355 MPa, or premium alloy steel like 42CrMo, complemented with advanced heat treatment processes (quenched and tempered to HRC 28-32), significantly boosts fatigue resistance.

Innovative Multi-Directional Suspension Point Design:

360° Rotating Lifting Ears: Each vertex is adeptly fitted with forged lifting ears (diameter ≥ 20mm) that rotate freely. This feature accommodates varying sling angles, effectively reducing sling twisting during lifting operations.

Secure Anti-Decoupling Mechanism: The lifting ears are fortified with spring locking devices, maintaining a locking efficiency of over 95% even under lifting impact loads, thereby mitigating decoupling risks.

• Expandable Interface:

Modular Lifting Points: The main frame is equipped with M20-M36 threaded holes or ear interfaces designed for rapid accessory installations, such as lifting rings and shackles, catering to the requirements of multi-device serial lifting.

• Integration of Weight Sensors: Optional embedded strain gauges (accuracy ± 0.5%) enable real-time load monitoring, seamlessly interfacing with control systems for precise feedback.

2. Core Functional Advantages

Stability of Multi-Directional Forces:

The triangular frame expertly disperses lifting loads into three components. Verified by finite element analysis (FEA), it demonstrates a substantial 60% reduction in main frame stress concentration factors compared to single ring lifting points at a 45° lifting angle.

The rotational liberty of the lifting lug effectively neutralizes additional bending moments from sling twisting and minimizes the vibration amplitude within lifting equipment.
4. Typical Application Scenarios

Heavy Equipment Lifting:

Wind Turbine Blades: For blades weighing over 30 tons, the Triangular Lifting Ring's multi-directional force distribution prevents localized deformation at lifting points.

Nuclear Power Plant Pressure Vessels: Utilizing high-strength alloy steel lifting rings (Q960E) for safety-compliant lifting of nuclear-grade equipment with weights exceeding 500 tons.

• Hoisting of Complex Structures:

Bridge Steel Box Girder Lifting: Achieved through modular expansion interfaces for synchronous lifting across multiple points, maintaining precision with an error margin controlled within ± 5mm.

Offshore Platform Modularity: Equipped with a composite coating of hot-dip galvanized and fluorocarbon paint, the lifting rings have undergone salt spray tests lasting over 2000 hours, proving their suitability for highly corrosive marine environments.