80/20 Inc. 25-2086 Aluminum Door Hinge 2 Inches 25 Series

Product Description

The 80/20 INC. 25-2086 is an aluminum door hinge designed for use with 25 Series framing systems. It features an anodized finish and provides four mounting holes for secure attachment. The hinge measures 2 inches in overall width and 2 inches in length, with a material thickness of approximately 0.078 inches (1.98 mm). Weighing just 0.025 pounds, it is a lightweight yet functional component suited for enclosure doors and panel assemblies built on modular aluminum framing. Fabricators, machine builders, and systems integrators working with T-slot aluminum profiles are the primary installers of this part.

This hinge is intended for use with 80/20 25 Series aluminum framing components and is specified for use with the Bolt Kit 75-3515. It fits into modular framing enclosures, machine guarding doors, and structural panel assemblies where a compact, corrosion-resistant hinge point is needed. The anodized aluminum construction makes it appropriate for light-duty industrial environments where weight savings and a clean appearance are priorities.

Key Features

• Aluminum construction with anodized finish for corrosion resistance
• 2 inches overall width and 2 inches length for compact fitment
• Four mounting holes for stable, secure door attachment
• Material thickness of approximately 0.078 inches (1.98 mm)
• Lightweight at 0.025 pounds - suited for modular framing door assemblies
• Designed for use with Bolt Kit 75-3515

Compatibility

Designed for use with 80/20 25 Series aluminum framing systems and Bolt Kit 75-3515.

Installation Notes

Installation is typically performed by fabricators or mechanical assemblers working with modular T-slot aluminum framing systems. Before mounting, verify that the mating frame extrusion and bolt kit are on hand, as this hinge is specified for use with a companion bolt kit. Use appropriate T-slot fasteners and follow the framing system manufacturer's assembly guidelines to ensure proper seating and clamping force. Do not overtighten fasteners in aluminum profiles, as this can strip threads or distort the extrusion.