Wholesale Carbon Steel Joint Bent Long Nose Pliers 45 Degree Crucible Tongs Fishing Pliers

These bent long nose pliers are designed for precise hook handling and split ring operations in various fishing environments. The 45-degree bent jaw allows anglers to reach deep or narrow areas with better control, especially when removing hooks from fish mouths or adjusting terminal tackle.

Made from carbon steel, the pliers offer reliable strength and long-term durability. The bent jaw structure improves visibility and leverage during use. This makes the tool suitable for both freshwater and saltwater fishing tasks.

The dipping plastic handle provides a secure, anti-slip grip, even in wet conditions. Its ergonomic shape reduces hand fatigue during repeated operations. As a result, the pliers are practical for extended fishing sessions.

Bent Long Nose Pliers Typical Applications

• Hook removal and hook picking
• Split ring opening and replacement
• Handling fishing hooks and small tackle
• Rigging and terminal tackle adjustment

Suitable Fishing Scenarios

• Ocean boat fishing
• River and lake fishing
• Reservoir and pond fishing
• Ocean rock and beach fishing
• Stream fishing

As a China-based fishing tools manufacturer, we offer OEM and wholesale solutions for distributors, brands, and importers. Custom packaging options are available for bulk orders.

Product Specifications

Joint Bent Long Nose Pliers Product Advantages

High Quality Carbon Steel Construction

This bent long nose pliers is manufactured from carbon steel to ensure stable strength during hook removal and split ring operations. The material supports repeated use and maintains jaw alignment in demanding fishing conditions.

Split Ring Pliers for Big Hook Removal and Hook Picking

The jaw structure is suitable for opening split rings and removing large hooks. It allows controlled hook picking without damaging lures or terminal tackle.

45 Degree Crucible Tongs Tool Design

The 45-degree bent jaw improves access to hard-to-reach hook positions. This structure helps users operate with better visibility and leverage during fishing tasks.

Ergonomic Contoured Dipping Plastic Handle

The handle features a contoured shape with dipping plastic coating. It provides a secure grip and supports comfortable handling during prolonged use.

Reinforced Joint Structure

The riveted joint ensures smooth opening and closing. It supports stable jaw alignment during hook removal and split ring operation.

Joint Bent Long Nose Pliers Manufacturing Process

1. Material Specification and Incoming Inspection

Medium carbon steel such as AISI 1050–1075 or equivalent grades is used for production. Raw materials are inspected for chemical composition and mechanical properties using spectrometer analysis before entering the manufacturing process.

2. Hot Forging and Die Shaping

Steel blanks are heated to approximately 900–1050 °C and formed using hydraulic forging presses. Closed dies are applied to shape the plier body and jaw profile, ensuring consistent geometry and material density.

3. Normalizing Treatment

After forging, parts undergo normalizing heat treatment to relieve internal stress and stabilize the material structure prior to machining operations.

4. CNC Machining of Jaw and Pivot Area

Forged blanks are processed on CNC machining centers for jaw profiling, pivot hole drilling, and contact surface machining. Pivot holes are drilled and reamed to controlled tolerances to ensure consistent joint assembly.

5. Precision Jaw Bending

The jaws are bent to a fixed 45-degree angle using dedicated forming fixtures. Angular tolerance is controlled during this process to maintain uniform jaw positioning.

6. Quenching and Tempering

Machined parts are heat treated through quenching and tempering cycles. Hardness levels are controlled according to internal specifications suitable for fishing plier applications.

7. Surface Grinding and Finishing

After heat treatment, jaw surfaces and critical contact areas are ground to remove scale and achieve consistent surface finish before assembly.

8. Joint Riveting Assembly

Left and right plier halves are aligned and assembled using solid rivet joints. Riveting force is controlled to achieve stable joint movement without excessive clearance.

9. Anti-Corrosion Surface Treatment

Steel components receive surface treatment such as zinc plating or phosphate coating to reduce corrosion before handle processing.

10. Handle Dipping Process

Handles are coated through a plastic dipping process using PVC or similar materials. Coating thickness and adhesion are controlled during production.

11. Final Inspection and Functional Testing

Each assembled plier is checked for jaw alignment, joint movement, dimensional accuracy, and basic functional performance prior to packaging.