CL226 Cabinet Hinge – High-Strength Zinc Alloy Hinge with Steel Pin
Product Overview:
The CL226 Series Cabinet Hinge is a high-performance industrial hinge designed for enclosures, cabinets, and access panels that demand both strength and reliability. With a robust zinc alloy body and a carbon steel pin, this hinge ensures smooth and durable operation, even under heavy loads. Available in multiple models and mounting options (including countersink holes and inlay screws), the CL226 is suitable for a wide range of industrial and commercial applications.

Key Product Features:
Material Composition:
Body: High-quality zinc alloy, offering corrosion resistance and rigidity.
Pin: Carbon steel, ensuring strength and durability for repeated use.
Surface Finish: Spray plastic finish (black light shine) and nickel-plated steel pin for aesthetic appeal and enhanced corrosion resistance.
Opening Angle:
Full 180° opening for unrestricted access and convenience in maintenance or component handling.
Mounting Options:
Countersink hole or step hole designs for flush installation.
Inlay screw models available for concealed or compact applications.
Stainless steel and zinc alloy hardware variants to match various installation needs.
Performance Ratings:
Axial Load Capacity: Up to 1500N (CL226-1 model)
Radial Load Capacity: Up to 1800N
Different models tailored to specific load requirements.
Manufacturing & Quality Control:
The CL226 hinges are manufactured through precision die-casting and CNC machining, ensuring consistent dimensions and smooth finishes. Each component undergoes strict quality control checks, including torque testing, dimensional verification, and surface treatment inspection.
Process includes:
Zinc alloy die-casting for base parts.
Pin forging and machining from carbon steel rods.
Spray painting and nickel electroplating for surface protection.
Assembly and function testing of hinges.
Optional customization per OEM requirements.
Product Applications:
Industrial electrical cabinets
Control panels and server enclosures
Communication and network cabinets
Medical and laboratory equipment housings
Transport and logistics boxes
Automation machinery access doors
Functional Purpose:
The CL226 hinge enables smooth, secure rotation between the cabinet door and body. It ensures that enclosures open fully and remain stable during use, while supporting high loads in both axial and radial directions. This makes it ideal for heavy-duty access panels where safety and durability are essential.
Advantages:
High Load Capacity – Supports substantial weight in both axial and radial directions.
Compact Design – Flush fit and low profile ideal for space-sensitive equipment.
Corrosion Resistance – Coated with protective finishes for long service life.
Flexible Installation – Multiple models with different mounting options and screw types.
Wide Compatibility – Suitable for steel, aluminum, and composite panel installations.
Reliable Operation – Designed for long-term, low-maintenance performance.
Model | Axial Load (N) | Radial Load (N) | Material | Mounting Style | Torque (Inlay Screws) |
CL226-1 | 1500 | 1800 | Zinc Alloy + Steel Pin | Countersink hole (zinc alloy) | – |
CL226-2 | 1200 | 1300 | Zinc Alloy + Steel Pin | M6 Inlay screws (zinc alloy) | 10Nm |
CL226-3 | 1000 | 1200 | Zinc Alloy + Steel Pin | Step hole | – |
CL226-2A | 1200 | 1300 | Zinc Alloy + Steel Pin | M6 Inlay screws | 10Nm |
Refer to the technical drawing for full dimensional details and hole spacing.
Available Models:
CL226-1 / 1A / 1B – Standard countersink hole versions.
CL226-2 / 2A / 2C – Inlay screw installation, with zinc or stainless steel options.
CL226-3 / 3A – Step hole variants for precision fit.
Each version is available with corresponding mounting accessories and technical drawings upon request.
Ordering & Customization:
We offer custom finishes, logos, and OEM packaging. Bulk orders are eligible for price discounts and lead-time arrangements.
Contact us for CAD drawings, load testing reports, or professional guidance on model selection based on your application.