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Adjustable Torque Hinge 55×43 mm | PA6 & Zinc Options

PRODUCT PARAMETERS

Manufacturer: HTAN
Model: HG11-091-4
Unit Price: Get Latest Price
MOQ: 1 Piece
Lead Time: In Stock (Ships within 24h) /20-25 Days for Custom
Customization: OEM / ODM Support

Description
FAQs
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Description

Adjustable Torque Hinge (55.2 × 42.7 mm) available in PA6 or zinc alloy, delivering smooth, controlled opening with adjustable torque. PA6 version offers 0.1–1.5 N·m, while zinc alloy provides 0.1–1.0 N·m. Designed for stable hold and precise positioning, it suits industrial maintenance doors, telecom cabinets, medical panels, advertising frames, and secure enclosures. Durable, compact, and easy to integrate.

Dimension Drawing

Adjustable Torque Hinge HG11-091-4
ModelMaterialSurface FinishTorque Range
HG11-091-4-1-1PA6Black0.1 N·m – 1.5 N·m
HG11-091-4-1-2PA6White0.1 N·m – 1.5 N·m
HG11-091-4-2-1ZDCBlack Electrophoresis Coating0.1 N·m – 1.0 N·m
HG11-091-4-2-2ZDCSandblasted Nickel Plating0.1 N·m – 1.0 N·m

FAQ

What torque range does each material offer?

The PA6 version provides 0.1–1.5 N·m, while the zinc alloy version offers 0.1–1.0 N·m. Therefore, you can select the material based on load requirements and operating conditions.

Can I adjust the torque after installation?

Yes, you can adjust the torque within the specified range. As a result, the hinge adapts to different panel weights and ensures controlled, stable movement.

How do I choose between PA6 and zinc alloy?

Choose PA6 for lightweight applications and corrosion resistance. In contrast, select zinc alloy for higher strength and improved durability in more demanding environments.

What applications is this hinge suitable for?

It fits industrial maintenance doors, telecom cabinets, medical panels, advertising frames, and secure enclosures. In addition, it works well in compact equipment requiring precise positioning.

How does this hinge improve operation and maintenance?

It enables smooth opening and stable positioning. As a result, users gain easier access to internal components, reduce handling effort, and improve overall efficiency and safety.

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